Every Concept Car of 2021
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An A–Z guide to 118 concept cars, experimental prototypes, manufacturer show builds and digital design studies from around the world from 2021.
Concept cars in 2021 covered far more than electric SUVs. Audi experimented with variable wheelbases and autonomous luxury cabins, Hyundai revisited classic designs with electric powertrains, and Toyota and Lexus revealed an extensive lineup of battery-electric concepts. Manufacturers also explored hydrogen combustion, electric racing technology, compact city vehicles and new approaches to off-road performance. The Shanghai Auto Show, Munich's IAA Mobility and the Los Angeles Auto Show hosted major debuts, while many independent projects appeared through online reveals.
This guide covers 118 documented vehicles and design studies introduced or first publicly presented in 2021. Each entry examines available technical details, including engine configurations, electric motors, battery capacities, drivetrains, chassis construction, suspension, aerodynamics and performance figures. Original concepts, factory-built one-offs, experimental racing vehicles and digital studies are organized into separate sections. Manufacturer targets are distinguished from tested specifications, and details from later production models are not applied to the original concepts.
New road-car concepts and design studies
2021 Acura Integra Prototype Concept
Acura revived the Integra name with a five-door liftback prototype, rather than a conventional two-door coupe. Its long roof, sloping rear glass and large tailgate defined a practical sport-compact body, while the front fascia introduced a frameless Diamond Pentagon grille and narrow Chicane LED running lights. Acura confirmed a turbocharged 1.5-liter four-cylinder engine, six-speed manual transmission and limited-slip differential for the forthcoming model. The prototype also featured Brembo front brake hardware and 19-inch split-five-spoke wheels. It used a front-engine, front-wheel-drive arrangement related to Honda's contemporary compact-car architecture, not a dedicated sports-car platform. The public reveal focused on styling and the return of manual shifting; final power, suspension tuning and curb-weight figures were left for the production Integra. Unlike many purely speculative concepts, this was a close preview of a road-ready car.
2021 Audi A6 e-tron Concept
The A6 e-tron concept previewed an electric executive fastback on the Premium Platform Electric architecture developed with Porsche. Audi quoted a body length of 4.96 meters, width of 1.96 meters and height of 1.44 meters. A floor-mounted battery of roughly 100 kWh, 800-volt electrical system and DC charging capability of up to 270 kW were key engineering claims. With suitable chargers, Audi said about 300 kilometers of range could be recovered in ten minutes; more than 700 kilometers on the WLTP cycle was a projected maximum. Dual-motor quattro versions were described with up to 350 kW and 800 Nm, alongside more efficient rear-drive configurations. The sleek roof, closed grille and low-drag bodywork were intended to make large-battery cruising practical rather than merely display futuristic design. Those figures were concept-era targets, not test results for a production A6 e-tron.
2021 Audi Grandsphere Concept
Grandsphere was a 5.35-meter luxury electric sedan designed around the cabin rather than a conventional dashboard. Audi proposed approximately 120 kWh of battery capacity, an 800-volt charging system, dual-motor all-wheel drive and combined outputs of 530 kW and 960 Nm. Its projected range exceeded 750 kilometers under favorable conditions. The long wheelbase and forward-shifted cabin gave the rear passengers unusually generous space, while rear-hinged doors opened without a conventional central pillar. In its proposed Level 4 autonomous mode, the steering wheel and pedals could retract, leaving a lounge-like interior with concealed displays and physical materials replacing the normal screen-heavy layout. These were design and technology goals, not evidence that an autonomous Grandsphere had completed homologation. Audi used the car to explore how a flagship might accommodate both driver control and chauffeur-like automated travel.
2021 Audi Skysphere Concept
Designed at Audi's Malibu studio, Skysphere was an electrically powered two-seat roadster with a variable wheelbase. Electric actuators could extend the distance between the axles by 250 mm to change its stance between a shorter Sport mode and a longer Grand Touring mode. Audi announced 465 kW and 750 Nm from its rear electric drive, with a claimed 0–100 km/h time of about four seconds. A battery capacity above 80 kWh and a target WLTP range beyond 500 kilometers applied to the grand-touring configuration. The cockpit was designed to switch between manual operation and hypothetical automated travel, retracting conventional driving controls in the latter mode. Its unusually long hood referenced classic front-engine grand tourers, even though the actual propulsion concept was electric. The transforming chassis was the main mechanical experiment, not a production-ready feature.
2021 BMW i Vision Circular Concept
BMW's i Vision Circular was a compact electric concept with an approximately four-meter overall length and a brief centered on materials efficiency. The body eliminated familiar styling components where possible: BMW used a reduced number of material types, recycled aluminum and steel, and a simplified front graphic in place of a traditional grille. Detachable or reversible joints were proposed to let components be disassembled, serviced and recycled without destructive separation. A solid-state battery was discussed as part of the long-term technology vision, but no verified pack capacity, motor power or acceleration figures were supplied. The clean cabin used a digital interface projected into the driver's field of vision and surfaces designed to minimize unnecessary material combinations. The engineering question was not how fast the car could run; it was how a car could be built, taken apart and reused with fewer permanent adhesives and mixed-material assemblies.
2021 BMW Concept XM
Concept XM introduced the layout and visual proportions for a new BMW M flagship SUV. Its electrified performance system combined a V8 gasoline engine with an electric motor in a plug-in hybrid architecture, for a stated system target of 750 PS and 1,000 Nm. BMW also discussed an electric-only driving range of approximately 80 kilometers on the WLTP test cycle. The broad body, long wheelbase, large wheels and upright front end signaled a vehicle developed around power, cooling and road presence rather than aerodynamic minimalism. Inside, the front compartment used a driver-focused M cockpit, while the rear became an upholstered lounge space with a sculptural headliner. BMW did not publish every battery, transmission or suspension specification when the study debuted, and later production XM figures differed by variant. Concept XM mattered because its plug-in hybrid powertrain was intended to become central to BMW M's high-output road-car strategy.
2021 Buick GL8 Flagship Concept
Developed by PATAC in Shanghai, the GL8 Flagship was Buick's near-production study of its next luxury MPV for China. Instead of treating the van as a commercial box, the design gave it a long, continuous side profile, a prominent illuminated grille graphic, sharp lamp signatures and a carefully finished rear compartment. The cabin centered on business-class passenger comfort, with individual seating, extended legroom, connectivity and configurable digital interfaces. Buick's display emphasized improved human-machine interaction and cabin materials rather than headline horsepower or suspension figures. No final displacement, electrification layout, wheelbase, battery capacity or production performance specification was released with the show car. That absence is important: the GL8 Flagship should not be confused with a fully specified production minivan. The concept explored what high-end Chinese MPV buyers wanted from executive transport, rather than attempting an unusual new vehicle category.
2021 Buick Smart Pod Concept
Buick's Smart Pod was a self-driving lounge study unveiled at the Guangzhou motor show and developed by GM's advanced design operation. Its proposed foundation was GM's Ultium battery-electric vehicle system, with autonomous operation allowing the cabin to be organized around conversation, work and rest rather than permanent driver controls. Large glazing, a clean exterior capsule and powered access defined the outer design. Inside, flexible passenger seating and digital connectivity were central to the concept, along with the idea of traveling between mobility hubs without a conventional chauffeur. Buick did not supply a homologated autonomy level, certified range, measured acceleration or finished battery specification. Those omissions separate the Smart Pod from a production-bound electric car. Its technical point was packaging: removing the normal driver station changes seating orientation, structural access and the space available for displays and occupant amenities.
2021 CUPRA UrbanRebel Concept
The original UrbanRebel was a small electric hatchback exaggerated into a motorsport-style show car. CUPRA quoted a length of roughly 4.08 meters and an electric propulsion system capable of up to 320 kW at peak output, with a 0–100 km/h claim of 3.2 seconds. Wide fenders, oversized rear wing, splitter, rear diffuser and large wheels were chosen to dramatize the compact car's sporting purpose rather than reflect a finished road-car aero package. The study foreshadowed a future small EV using Volkswagen Group electric architecture, but its competition-inspired exterior and peak output were not specifications promised for the showroom model. The cockpit was stripped back to emphasize driving and digital interaction. Unlike the later, more road-oriented UrbanRebel interpretation, this 2021 version was deliberately a race-influenced statement about how an affordable-size electric hatchback might look.
2021 Dacia Bigster Concept
The Bigster concept introduced Dacia's larger family-SUV direction with a body around 4.6 meters long. Its squared shoulders, deep wheel openings, protective lower cladding and upright rear section favored usable cabin volume and durability over a coupe-like roofline. Dacia positioned the concept on an accessible Renault Group engineering basis rather than a bespoke luxury architecture, with efficiency and manageable manufacturing cost central to the proposal. The nose combined a simple grille with a prominent new Dacia identity; recycled materials and reduced decorative trim were part of the design approach. No specific engine displacement, electric motor output, battery size or acceleration result was published for the original Bigster concept. Future production derivatives would use their own announced powertrains. Enthusiasts should view the 2021 car as a packaging and design preview, not as a vehicle with a confirmed chassis and final performance specification.
2021 Exeed Stellar Concept
Exeed unveiled the Stellar, also known as Yaoguang, at Auto Shanghai as a preview of its next-generation SUV styling and electrification plans. The show car's substantial body was built around a wide front lighting treatment, narrow upper lamps, layered lower fascia and a long greenhouse. The design signaled a move toward electrified platforms and more integrated digital features, but Exeed did not release a reliable production-spec motor configuration, traction battery capacity, curb weight or independent performance data with the concept. Its value lay in the surface treatment and new platform direction rather than a radical mechanical demonstrator. Some styling ideas later influenced the production Yaoguang/RX family, but the 2021 Stellar was not simply a finished production model with decorative wheels. Buyers comparing specifications should use the later production car's official numbers, not assign them retroactively to the concept.
2021 GAC TIME Concept
GAC's TIME was a full-size electric luxury fastback revealed in Guangzhou. The design team used a long, low body with unusually smooth surfaces, a rounded nose and a roof that tapered gradually toward the tail to reduce visual and aerodynamic interruption. A long-wheelbase cabin created generous room for passengers and let designers explore different seating and display arrangements. TIME was positioned as a study in aerodynamic efficiency, digital interaction and the packaging advantages of an electric skateboard-like layout. It did not arrive with an independently tested drag coefficient, a definitive production battery specification or homologated power outputs. The distinctive detail is how little conventional grille, shoulder-line or decorative surface sculpture remained. GAC treated the whole body as one flowing volume, an approach very different from the aggressive, angular SUV themes dominating many Chinese concepts that year.
2021 GAC EMKOO Concept
The EMKOO concept was GAC Trumpchi's compact SUV design study unveiled alongside TIME at the 2021 Guangzhou show. Its nose had a sharply framed, almost grilleless surface, split lamp treatment and strong geometric cutlines. A rising beltline and muscular wheel arches pushed the car toward a sportier crossover stance, while the cabin design emphasized digital instruments and an uncluttered center console. GAC presented it as a preview of its next production SUV and the styling vocabulary that would follow, rather than a laboratory for a newly disclosed engine. In particular, the car's show materials did not provide final horsepower, displacement, gearbox ratios or a verified traction battery capacity. Later Trumpchi Emkoo models used specific internal-combustion and hybrid combinations, but those cannot be applied uncritically to the original display vehicle. The relevant engineering takeaway was packaging and manufacturable styling.
2021 Geely Vision Starburst Concept
Geely's Vision Starburst was a design study released to demonstrate a new exterior language called Expanding Cosmos. Its lighting elements were arranged to extend visually from the grille into the headlamps and body sides, while layered front surfaces and a sharply defined rear gave the sedan-like concept a more technical appearance. The cabin used a digital, driver-oriented layout and an illuminated console intended to create a continuous connection between exterior light signatures and in-car interactions. It was not presented with final platform drawings, verified battery size, drivetrain layout or road-tested dynamic figures. Vision Starburst's relevance is that it previewed future Geely design treatments rather than a single production model. Its complex front lighting, high shoulder and careful body surfacing are best understood as design decisions; an accurate technical history should not invent a motor output to make it resemble a production specification sheet.
2021 Genesis X Concept
Genesis X was a low two-door electric grand-touring concept with an elongated hood, fastback roof and prominent rear haunches. The brand's Two Lines headlamp and taillamp theme wrapped around the body, while a clamshell hood reduced shut lines through the front sheet metal. The long dash-to-axle proportion resembled traditional front-engine coupes, but Genesis presented the car as an electric architecture study. The cockpit featured a driver-wrapping console, high center tunnel and asymmetrical interior detailing intended to distinguish the driving area from the passenger side. Genesis did not publish a certified battery capacity, torque, acceleration time or powertrain layout for the X. It therefore belongs in the design-prototype category rather than a list of measured high-performance EVs. The concept established the proportions and visual cues later explored by further Genesis X derivatives.
2021 Haval XY / X Dog Concept
Great Wall's Haval XY concept, later associated with the X Dog name, introduced a square-edged compact SUV design at the 2021 Shanghai show. The body combined an upright windshield, boxy roof, broad wheel openings and round-inspired headlamp graphics with a cabin designed around multiple displays and connected functions. The concept's rugged proportions implied improved approach and departure geometry, but Haval did not publish complete tested angles, suspension travel or a final transfer-case specification for the display vehicle. Its original reveal was primarily a design and technology preview rather than a fully disclosed expedition prototype. Production descendants were presented later with particular engines and transmissions, and those figures are not a substitute for 2021 concept data. The XY is notable because it moved Haval away from conventional crossover styling toward the increasingly popular squared-off lifestyle SUV format.
2021 Honda SUV e:Prototype Concept
Honda showed the SUV e:Prototype at Shanghai as a close design preview of its first dedicated Honda-brand EV for China. Its compact crossover footprint, short front overhang and enclosed grille treatment resembled a restyled HR-V, but the show car introduced a distinct front lighting graphic and digital cabin equipment. Honda said the series would use connected-car functions and driver assistance developed for Chinese buyers, with the first showroom model planned for 2022. It did not release a complete motor power, pack capacity or certified driving range for this initial SUV e:Prototype. Those values should not be borrowed from the later e:NS1 or e:NP1 without clearly identifying the production model. Technically the concept demonstrated how a familiar compact SUV package could be adapted to a battery-electric layout while keeping Honda's recognizable seating and outward visibility priorities.
2021 Honda e:N Coupe Concept
Honda's e:N Coupe was one of three electric design concepts announced during the October 2021 launch of its China-market e:N sub-brand. It used the new e:N styling approach, with a clean front, angular lamp graphics and a low roofline intended to distinguish it from the first e:NS1/e:NP1 crossover models. Honda described its e:N Architecture EV platforms and electronic control systems as the foundation for the family, but did not give the Coupe a finalized motor rating, battery chemistry, wheelbase or acceleration number. The low body and wider stance made this the most overtly sporting member of the group. It was a future-model proposal, not an independent running vehicle with validated figures. The important point is the planned diversification of Honda's Chinese EV range into a more aerodynamic, car-shaped model after its initial small crossovers.
2021 Honda e:N GT Concept
The e:N GT concept was Honda's fastback grand-touring proposal in the October 2021 e:N series unveiling. Compared with the smaller Coupe, its long roof, stretched wheelbase impression and low nose suggested a vehicle prioritizing higher-speed stability and passenger accommodation. Honda discussed a common EV electronic environment including e:N OS, Honda SENSING and connected functions, but offered no audited top speed, battery capacity, dual-motor output or charging curve for the GT design. The display was therefore a body and product-planning study rather than a finished vehicle program with measurable dynamic results. It demonstrated how Honda intended to use electric architecture for lower floors and different proportions from conventional engine-driven sedans. The GT name described its intended character, not an announced racing homologation or a guarantee of a specific drivetrain configuration.
2021 Honda e:N SUV Concept
Honda's e:N SUV was another of the three future EV concepts shown in October 2021. The taller concept placed a strong emphasis on geometric volumes, squared wheel openings, a clean closed nose and distinctive narrow lighting. It was separate from the smaller SUV e:Prototype revealed earlier at Shanghai. Honda tied the new design language to its developing e:N Architecture and to digital systems for intelligent assistance and connected services. No production-ready motor, pack, steering or suspension specification was announced for this SUV concept. That matters because later cars under the Honda e:N family carried different technical packages for different markets. The 2021 show car's principal contribution was to outline the styling and practical packaging of a larger battery-electric utility vehicle rather than prove an unusual off-road drivetrain.
2021 Hongqi L-Concept Concept
Hongqi presented the L-Concept at Auto Shanghai as a large formal luxury sedan proposal. A near-vertical nose, upright grille motif and long front-to-rear proportions carried the traditional Hongqi identity into a modern show car. The rear passenger compartment emphasized executive space and ceremonial styling, with sculpted seats, rich trim and a digital environment behind a highly stylized exterior. Public information focused on the car's design and prestige positioning rather than a complete engineering specification. No certified engine, electric motor, battery pack, transmission or acceleration figures accompanied the debut. The concept should not be confused with the later production L-series luxury models, even when styling similarities appear. As an automotive design object, the interesting elements are its stretched proportions, treatment of the roofline and separation of chauffeur and rear-passenger zones.
2021 Hyundai SEVEN Concept
Hyundai's SEVEN concept was a large three-row electric SUV study built around the E-GMP architecture. Its 3.2-meter wheelbase and flat floor supported furniture-like seating, including swivel chairs and a curved rear bench, while opposing doors opened a broad side aperture. Hyundai discussed a target driving range of more than 300 miles and 800-volt rapid charging, projecting a 10–80 percent charge in around 20 minutes under suitable conditions. Its autonomous-driving vision let the normal driver's controls retract, but that was an interior scenario rather than a production-certified self-driving system. Aerodynamic features included a smooth underbody emphasis and carefully shaped body edges, despite the vehicle's considerable width and cabin height. The SEVEN was an especially useful study in how an electric SUV's long wheelbase can change seating geometry, door design and passenger circulation.
2021 IM Motors LS7 Concept
The IM LS7 was a large battery-electric SUV concept shown by SAIC-backed IM Motors at Auto Shanghai. Its clean front panel, narrow lamp graphics, high beltline and broad rear cabin placed it in the premium electric SUV class. IM's broader vehicle program emphasized high-capacity batteries, connected interfaces and advanced driving assistance, but the LS7 concept reveal did not provide a final, independently validated complete specification for output, range or weight. The production LS7 appeared later with its own measured dimensions and drivetrains, which should not be assigned retrospectively to the 2021 display car. Engineers were primarily being shown the packaging and electronic direction of IM's new platform family. Its large glass area and carefully integrated sensors also illustrated how future assisted-driving hardware could be incorporated without separate roof-mounted test-rig equipment.
2021 Kia Concept EV9 Concept
Kia used the Concept EV9 to explore a full-size electric SUV on the Hyundai Motor Group E-GMP modular platform. The upright body, long wheelbase, near-flat floor and boxy rear made efficient use of space for three seating rows. Kia quoted a target of up to approximately 300 miles of range and discussed 350-kW fast-charge capability, with a 10–80 percent charging time in the 20-to-30-minute range under suitable conditions. Its design featured a closed interpretation of Kia's Tiger Face, vertical lighting and rear-hinged doors to open up the cabin without a conventional center pillar. The interior included reversible seating modes and sustainable trim materials, but these were design proposals. Kia had not yet defined complete certified performance figures or guaranteed every show-car feature for production. The concept previewed the practical proportions of the later EV9 while taking greater liberties with cabin access.
2021 Lexus LF-Z Electrified Concept
The LF-Z Electrified concept previewed Lexus' battery-electric strategy with a low, sloping four-seat body and a forward-positioned cabin. Lexus disclosed a 90-kWh lithium-ion battery, combined output of 400 kW and 700 Nm, and a proposed 0–100 km/h time of three seconds. Its projected range was approximately 600 kilometers on a WLTP basis. DIRECT4 torque distribution was intended to vary drive between the axles, while steer-by-wire was presented as a way to tune steering ratio and response independently from a mechanical column. The low-set battery helped mass centralization, and the dashboard used a driver-centered control zone with extensive touch and projection interfaces. All of these figures were targets for a concept, not certification results for a road vehicle. The study is particularly interesting for its combination of wheel-torque management and electronically mediated steering.
2021 Lincoln Zephyr Reflection Concept
Shown in Shanghai, Zephyr Reflection previewed Lincoln's new China-market sedan design. Its wide grille graphic, continuous daytime-running-light treatment and tapering roof balanced classic luxury-car length with more modern fastback proportions. Flush detailing and slim rear lamps gave it a cleaner body than the older Lincoln sedans, while the cabin used a broad display area and a simplified center tunnel. The design was described as near-production and did not involve a radical experimental chassis. Lincoln did not provide a full concept-specific engine, transmission, suspension or drag-coefficient dossier with the unveiling. Later production Zephyr versions carried market-specific powertrains, but those should be distinguished from what was shown in 2021. The concept's real technical story was how Lincoln translated the proportions and passenger comfort of a conventional long sedan into a new digital-cockpit package for China.
2021 Lotus E-R9 Concept
Lotus Engineering's E-R9 was an endurance-racing design study imagining an electric Le Mans-style prototype in 2030. A separate electric drive motor at each wheel offered four-wheel torque vectoring, with control of wheel torque intended to improve traction and handling through slow and fast corners. The most visible experiment was a body with active aerodynamic panels that could change shape to balance straight-line efficiency and cornering downforce. Lotus also discussed battery technology allowing rapid energy replacement or replenishment during competition, although no homologated battery capacity, motor output or lap time was published. The low cockpit, closed wheels and broad ground-effect surfaces reflected prototype-racing priorities rather than road-car construction. E-R9 was not a completed race car; it was a plausible engineering direction combining active body surfaces with the control freedom of individual electric motors.
2021 Mercedes-Benz EQG Concept
Concept EQG put a battery-electric propulsion idea into the traditional Mercedes G-Class silhouette. The key mechanical continuity was a ladder-frame-based off-road layout with independent drive control at the wheels, rather than a road-biased crossover skateboard. Mercedes discussed four electric motors and a selectable reduction capability for difficult terrain, while retaining boxy body panels, exposed spare-wheel treatment and the squared cabin. The concept was shown with distinctive illuminated grille elements and aero-influenced wheels, but it did not launch with a final certified battery capacity, range or charging curve. Off-road capability depended on motor control, ground clearance and chassis geometry rather than just torque claims. Its significance was testing how a vehicle built around rigid-axle heritage and difficult-terrain driving could transition away from a combustion engine without losing its recognizable shape and basic mission.
2021 Mercedes-Benz EQT Concept
Mercedes presented the Concept EQT as a compact electric van/MPV with a premium passenger-oriented interior. The body retained the upright cabin, sliding side-door access and substantial rear luggage volume demanded by family or shuttle use. Exterior changes included a polished Mercedes-EQ grille graphic, sculpted side surfaces, large show-car wheels and more luxurious trim than a typical light commercial van. The cabin combined touchscreen functions with modular seating and practical cargo access. It foreshadowed an electric derivative of the small-van family shared with Renault commercial-vehicle development, but no complete validated EQT battery output, cargo-weight rating or WLTP range was published for the concept. It was principally a packaging and styling preview, not a new performance architecture. The practical point was making an electric seven-seat people carrier without sacrificing the high roof and sliding-door advantages of a van.
2021 Mercedes-Maybach EQS SUV Concept
The Concept Mercedes-Maybach EQS previewed an electric ultra-luxury SUV with a long, high-riding body and a cabin oriented toward rear-seat passengers. Its two-tone exterior, large illuminated grille pattern and broad digital display surfaces separated it visually from the standard Mercedes-EQ family. The proposed passenger area included individual executive rear seats, a fixed center console and elaborate materials. Mercedes linked the project to its large electric platform family and discussed a range target of roughly 600 kilometers on the WLTP cycle, but the displayed concept did not carry a final production powertrain or battery specification. The concept's large floor-mounted pack and long wheelbase were intended to preserve rear passenger space and a smooth electric drive. Its important design tradeoff was prioritizing seat comfort and luxury equipment over the lighter, simpler layout of a conventional electric family SUV.
2021 Mercedes-Benz Project Maybach Concept
Project Maybach was a six-meter electric two-seat off-road grand-touring concept developed with designer Virgil Abloh. Its extraordinary body paired the long hood and cabin proportions of a classic Maybach coupe with big off-road tires, ground clearance, underbody protection and a full-width front light treatment. Solar cells were incorporated into the broad transparent hood surface as part of the electric-travel concept, although Mercedes supplied no independently verified energy yield, battery capacity, range or motor power. The cabin had only two major seating positions and emphasized expedition equipment, luggage and direct tactile controls rather than an ordinary luxury SUV's multi-row seating. This was a design collaboration and one-off display, not a production feasibility prototype with finished engineering data. It explored what a premium electric touring car might become if designers gave it true cross-country proportions.
2021 MG Cyberster Concept
SAIC's MG Cyberster was a two-seat electric roadster concept revealed at Shanghai. A low bonnet, curved front arches, fabric-roof roadster proportions and sharply cut rear gave the car an explicit link to traditional MG sports cars. The company publicized aspirational figures of up to 800 kilometers of electric range and 0–100 km/h acceleration below three seconds, but these were early concept claims rather than independently tested results. No final motor, battery and curb-weight combination was released to substantiate those figures for a running roadster. The cockpit featured a digital instrument layout and separated driver/passenger spaces. Wide rear shoulders, large wheels and underbody aero details reinforced the performance theme. The later production Cyberster adopted a different certified specification; it is inaccurate to treat the dramatic 2021 concept targets as its exact engineering sheet.
2021 MG MAZE Concept
MG MAZE was a compact electric two-seat design study created by SAIC Design in London around the idea of urban driving as a game. Its completely glazed upper structure and minimal body panels made the occupants part of the visual design, while large wheel openings and tightly packaged electric propulsion explored what a small city car might look like without a front combustion engine. Access was through an opening canopy rather than normal side doors. The proposed user experience relied on smartphone integration, augmented-reality navigation and game-like route rewards. MG did not publish a real traction battery size, motor output, crash structure specification or verified maximum range, and there was no claim that MAZE met production regulations. Its mechanical significance was packaging: a small electric chassis frees designers to reposition seats and controls, but the extreme glazing and canopy access remained experimental features.
2021 Nissan Chill-Out Concept
Nissan's Chill-Out was a digital electric crossover study unveiled as part of its Ambition 2030 strategy. It used a clean, flowing roofline, a closed luminous front fascia and a wide cabin shape aimed at quiet, comfortable long-distance travel. Nissan associated the design with its CMF-EV alliance architecture and e-4ORCE electrically controlled all-wheel-drive concept, in which front and rear motor torque can be managed separately. However, the Chill-Out presentation did not provide a homologated battery capacity, output figure, wheelbase or certified range for the exact show vehicle. Its interior highlighted highly automated travel and adaptable digital interfaces more than sporty driver controls. The concept was a preview of packaging and brand direction, not a confirmed production specification. The most concrete engineering idea was using dual-motor control to improve smoothness and stability in a family-size EV.
2021 ORA Lightning Cat Prototype Concept
ORA's Lightning Cat was presented at Auto Shanghai as an electric four-door fastback with rounded, almost retro sports-sedan proportions. The large curved roof, smooth nose, oval lamp units and broad rear quarters made it visually distinct from boxier Chinese electric sedans. Its low, sleek body suggested attention to aerodynamic drag, while the interior emphasized a digital cockpit and comfort-led packaging. ORA did not provide a final verified battery, output, trim weight or production range specification with the early show prototype. Later production models gained their own technical figures and market names; those should not be attached automatically to the original concept. Lightning Cat's place in the 2021 story is as a near-production styling preview that adapted the brand's retro design language to a larger and more powerful-looking electric body type.
2021 ORA Punk Cat Prototype Concept
The ORA Punk Cat was an electric sedan prototype from Auto Shanghai with unmistakably rounded, vintage-inspired sheet metal, separate-looking fenders and circular lighting. Its proportions deliberately resembled prewar and early postwar car design while using a modern closed-front electric layout. The show vehicle was larger than ORA's original small EVs and was presented as a preview of a retro-styled family model rather than a purpose-built performance machine. A full production-ready output, battery, range and acceleration package was not released with the first display, so later Ballet Cat specifications must be treated separately. The significant technical challenge was fitting contemporary crash structures, battery packaging, doors and passenger space inside a body styled to evoke much older cars. Its exaggerated curves were the story; there was no evidence of a bespoke historic-style engine or chassis underneath.
2021 Pininfarina Teorema Concept
Pininfarina's Teorema was a 2021 digital-first electric vehicle design developed using virtual reality and aerodynamic simulation. Instead of fixed traditional seating rows, its interior proposed individual seats that could rotate or change position for social, relaxation or driving scenarios. Entry was planned through an unusual lifting canopy and side-access arrangement that freed a large uninterrupted cabin opening. Pininfarina used computational fluid dynamics in developing the smooth external form, including the vehicle's long roof and integrated air pathways. No final independently tested motor rating, pack capacity, structure mass or driving range was attached to the study. This was not a production-bound sedan disguised as a concept; it was a deliberate rethink of packaging and user experience in a future EV. Teorema's closest engineering issue was reconciling unusual cabin access with efficient airflow and occupant safety.
2021 Renault 5 Prototype Concept
The Renault 5 Prototype brought the shape of the original R5 hatchback into a modern compact electric concept. Short overhangs, a steep tailgate, squared rear lights and simple flat body sides referenced the 1970s model without directly reproducing its panels. Designers converted the old hood-vent motif into a proposed charging-port location, while the compact nose reflected the absence of a large combustion engine. Renault stated that the future model would use dedicated small-EV hardware shared across its alliance, although the 2021 show car was not assigned final production battery, motor, suspension and range figures. Inside, the concept concentrated on a familiar hatchback silhouette rather than a radical autonomous seating plan. Its importance was showing how a practical, affordable electric supermini could retain the proportions and character of a well-known small car.
2021 Smart Concept #1 Concept
The smart Concept #1 was a much larger electric crossover than the brand's earlier two-seat microcars, previewing a new platform and product range developed with Geely. At approximately 4.29 meters long and 2.75 meters between the axles, its packaging targeted small-family use rather than city-only commuting. The concept had frameless windows, a contrasting floating roof, no conventional B-pillar in its show-door arrangement and a digital cockpit with a large central touchscreen. It was planned around dedicated battery-electric hardware, but smart did not announce a final validated motor output, pack size, charging specification or driving range for this exact prototype. The production #1 would make different engineering choices, especially in its door structure. The 2021 design's key result was demonstrating the interior space possible when smart moved from ultra-short city cars to a purpose-built compact EV crossover.
2021 Toyota Aygo X Prologue Concept
Developed at Toyota's European design center, the Aygo X Prologue was a small crossover-hatch design that stretched the outgoing Aygo's playful character into a taller, wider stance. Its wheels were pushed visibly toward the body corners and surrounded by broad wheel arches, while the front used a wide light bar and the tail adopted a vertical hatch. Contrasting body colors, roof rails and exposed lower protection were styling methods for making a very small car look like a useful urban crossover. Toyota did not publish a separate concept-specific engine, gearbox, battery or measured performance package. The eventual production Aygo X used conventional small-car hardware, but those later specifications are not technical data for the show model. The design study's primary job was to test vehicle size, outward visibility and styling treatment within the cost constraints of an A-segment car.
2021 Toyota bZ4X Concept
The bZ4X was Toyota's first visible battery-electric SUV concept on the jointly developed e-TNGA architecture created with Subaru. A long wheelbase and short overhangs helped it provide RAV4-class passenger room while placing a traction battery low in the structure. Toyota highlighted a new all-wheel-drive control system developed with Subaru and a cabin with a low dashboard and open forward sightlines. The show car previewed distinctive wheel-arch cladding, a largely closed nose and an unusually shaped steering control in an advanced steer-by-wire vision. Toyota did not release a complete certified battery or motor specification for this first concept; definitive figures came with the later production model. The important engineering change was shifting from a combustion crossover package to dedicated EV underfloor packaging, with chassis dynamics and traction control playing a major role in the collaboration.
2021 Volkswagen ID. LIFE Concept
Volkswagen's ID. LIFE was a compact electric hatchback/crossover study based on a shorter, front-wheel-drive version of the MEB modular EV platform. VW gave it a 172-kW electric motor, a 57-kWh battery and a target WLTP range of about 400 kilometers, with 0–100 km/h acceleration claimed at 6.9 seconds. The body mixed short overhangs, a low beltline and a boxy cabin to maximize useful interior room. A removable roof panel, folding seats and projector-based entertainment system emphasized the idea of an inexpensive multipurpose urban EV. The simple materials and reduced exterior trim were intended to contain costs, not only to communicate minimal styling. The original 2021 concept was not a final production specification and its overall visual direction was subsequently revised. It remains notable for showing how VW expected MEB architecture to move into lower price segments.
2021 Volvo Concept Recharge Concept
Concept Recharge was Volvo's dedicated electric SUV study with an extended wheelbase, flat cabin floor and forward-shifted seating area. By eliminating much of the traditional combustion-engine front compartment, Volvo could offer more legroom without simply raising vehicle size. The body combined a low hood, upright rear cabin and smooth underbody-oriented aero approach, while an exterior roof sensor pod illustrated plans for lidar-supported driver assistance. Its cabin used natural and recycled materials, a central touchscreen and fewer traditional controls. Volvo did not issue an exact final motor output, certified battery size or range for the display car. More importantly, the driver-assistance vision should not be mistaken for approved autonomous operation. Concept Recharge previewed how Volvo would combine electric underbody architecture, crash packaging, sensors and Scandinavian interior design in later large SUVs.
2021 Citroën My Ami Buggy Concept
Citroën revealed the My Ami Buggy concept in December 2021 as an open-air leisure derivative of its Ami electric quadricycle. The roof and side glazing treatment were reworked for outdoor use, with tubular door replacements, exposed protective rails, broad off-road-style tires and storage accessories. The base Ami's compact electric-drive packaging made it possible to keep the vehicle exceptionally small and light, but the original buggy display was not an all-wheel-drive rock crawler. Citroën retained the Ami's fundamental urban-transport architecture and concentrated on protection, weather resistance and passenger access. The underlying road-going Ami class was limited to low speeds, so visual off-road cues should not be confused with major increases in ground clearance, suspension articulation or traction. The concept tested an inexpensive lifestyle derivative that could be produced without developing an entirely new chassis or motor system.
2021 HYCAN Concept-S Concept
At the Guangzhou auto show, HYCAN introduced the Concept-S as a sleek battery-electric fastback proposal. Its low front, continuous daytime-running light, closed nose and gently descending rear roof gave it a sports-sedan profile. The side view used strong upper and lower feature lines and large wheels to reduce the visual bulk of the battery-car floor. HYCAN confirmed the car's electric intent but did not release a final motor output, usable pack capacity, suspension layout, charging specification or independently tested range. That makes comparisons with later HYCAN production sedans speculative. Concept-S was designed to outline a new product direction as the company expanded beyond its existing crossovers, and its dimensions and styling were more important than a promised performance number. It illustrates how Chinese EV startups in 2021 were using low-drag four-door designs to approach the premium segment.
2021 HYCAN Concept-M Concept
The HYCAN Concept-M was a battery-electric luxury MPV study displayed alongside Concept-S at Guangzhou. It took a more practical direction, with a long rectangular cabin, relatively vertical rear, generous glazing and a flat-roofed profile designed to favor third-row headroom and luggage space. A full-width front light bar and closed grille showed its electric character, while large side openings previewed convenient entry for passengers. The design was meant to lead to a future production people carrier, not to demonstrate a new sports powertrain. HYCAN did not publish the actual battery pack dimensions, motor count, power ratings or measured range for the display vehicle. Its packaging questions were passenger access, rear-cabin comfort and use of the platform's flat floor. The proportions also showed how an EV can allocate less space to a traditional engine compartment and more to occupants.
2021 Roewe Jing Concept
Roewe's Jing, whose name translates to Whale, was shown at Shanghai as a fastback-style crossover design study. The long, low roofline and sharply tapered rear glass distinguished it from the conventional upright SUV class, while its aggressive nose featured a dense geometric pattern reminiscent of a wide grille. The vehicle foreshadowed a production fastback SUV rather than a new autonomous or battery-electric technical platform. At the concept reveal, Roewe did not release a complete final engine, transmission, emissions or road-test specification for the display car. Enthusiasts should therefore separate the visual study from the later marketed Roewe Whale. The important engineering detail is the tradeoff in fastback SUV design: a low rear roof can give a distinctive shape but affects rear headroom, glazing, cargo opening and the aerodynamics of the tail.
2021 Wuling Hongguang Mini EV Cabrio Concept
Wuling developed an open-top variant of its inexpensive Hongguang Mini EV for the 2021 Shanghai show. The two-seat cabrio concept retained the tiny, upright body footprint and city-focused electric drive layout while replacing the normal fixed roof and rear side structure with a folding soft-top arrangement. Removing the roof on such a small vehicle requires reinforcement around the sill, floor and windshield, but the reveal did not include detailed torsional-stiffness or weight figures. The original Mini EV's low-speed urban mission remained central; this was not a high-output sports conversion. Wuling used the concept to test demand for an inexpensive electric leisure car with a simple cabin and minimal running costs. The later production convertible arrived with its own specifications, which should be distinguished from the initial show car's undecided engineering package.
Toyota and Lexus battery-electric design program
2021 Toyota bZ Compact SUV Concept
The bZ Compact SUV was one of the Toyota vehicles shown during the December 2021 presentation of its wider electric product plan. Larger and taller than the bZ Small Crossover, it used a conventional SUV passenger compartment over a dedicated EV-style floor, with a short hood and broad wheelbase intended to increase interior space. The front styling closely followed the new bZ identity, with a largely closed grille area and narrow light units. Toyota displayed the car as a separate model direction, not another angle of the previously revealed bZ4X. No definitive concept-specific motor output, pack capacity, acceleration result or charging curve was supplied. A revised bZ Compact SUV study would appear in 2022; this entry refers to the first December 2021 design. Its role was to fill a future model slot between city-sized EVs and the larger family SUVs.
2021 Toyota bZ Large SUV Concept
Toyota's bZ Large SUV previewed a roomy, three-row electric family vehicle during the December 2021 battery-electric presentation. The design gave priority to a tall passenger cabin and extended roof, with shorter front packaging and a relatively long wheelbase compared with an equivalent combustion-powered SUV. Its broad front panel and angular lighting tied it to the wider bZ concept family, while the rear volume suggested real third-row accommodation. Toyota did not announce a final battery size, number of motors, charging speed, power output or certified towing capacity for this show model. The concept's principal contribution was demonstrating how the e-TNGA-inspired EV package could scale up to larger family vehicles, not providing a finalized mechanical specification. It was distinct from the smaller bZ Compact SUV and bZ4X, even though all shared related styling cues.
2021 Toyota bZ Small Crossover Concept
The bZ Small Crossover was Toyota's compact urban SUV proposal among the late-2021 electric concepts. Its short overall body, relatively high roof, upright rear and pushed-out wheels aimed to deliver small-car maneuverability without giving up practical passenger space. The closed front and detailed LED signatures linked the vehicle visually with Toyota's bZ family. Unlike a combustion small crossover, its conceptual package could use a shorter front mechanical compartment and carry a battery under the floor. Toyota did not release a final concept-specific wheelbase, motor rating, usable battery capacity, curb weight or WLTP range, so claims about its exact performance are unsupported. The design was deliberately different in footprint and mission from the bZ Compact SUV. For an enthusiast, its interest lies in using dedicated EV proportions to make an economical city car feel more spacious.
2021 Toyota bZ SDN Concept
The bZ SDN was an all-electric midsize sedan proposal in Toyota's December 2021 display. Its low roof, extended wheelbase and sharply cut front and rear styling showed how the same broad EV program could serve conventional passenger cars as well as crossovers. The cabin-forward silhouette was intended to recover interior length lost to the sleek roof, with a dedicated underfloor battery and an electric-drive package that needed less nose volume than a traditional engine. Toyota did not supply final horsepower, battery, trim weight, charging or verified range specifications for the prototype at the reveal. A later bZ3 production sedan emerged from the program, but its figures were not disclosed as 2021 bZ SDN test results. The study is an important stepping stone in Toyota's move toward locally tailored electric sedans, particularly for the Chinese market.
2021 Toyota Compact Cruiser EV Concept
The Compact Cruiser EV was a small, boxy battery-electric off-road SUV proposal with a strong visual reference to Toyota's FJ Cruiser and classic Land Cruiser models. Short overhangs, a mostly upright windshield, a high bonnet line, square wheel arches and a rear-mounted spare-wheel treatment advertised trail-ready proportions. Its electrification was intended to permit flexible low-speed torque control and compact packaging, but Toyota did not provide a finished drivetrain, wheel-articulation figure, approach angle, battery capacity or waterproofing rating. The show car should not be described as a certified rock-crawler based only on its aggressive tires and bodywork. The engineering opportunity is clear: dual motors and electric torque management can help off-road traction, although their suitability depends on hardware details that were not announced. The concept tested whether an affordable, genuinely compact electric 4x4 had a place in Toyota's lineup.
2021 Toyota Pickup EV Concept
Toyota displayed a battery-electric pickup concept during the December 2021 future-vehicle briefing. The truck used familiar Tacoma-like proportions, with a double cab, substantial cargo bed and large off-road tires, but its closed front styling signaled an electric powertrain. The long wheelbase and raised body left room to consider an underfloor battery and electric drive without abandoning the usefulness of a separate bed. Toyota did not issue a certified towing limit, payload figure, battery size, electric motor count or driving range for the concept. Those figures are especially important in a pickup, where heavy loads and highway towing can affect real energy consumption. The concept was not the same as an announced production electric Tacoma. It showed that Toyota was studying electric trucks for both work and recreational use, while leaving major questions about frame architecture and thermal management unanswered.
2021 Toyota Sports EV Concept
Toyota's Sports EV was a compact, low-roof electric sports-car design shown in December 2021. Its dramatic mid-engine-supercar-like stance used a short cabin, broad wheel arches, large side openings and a tight tail, although no combustion engine was involved. The battery and drive motor packaging was deliberately not presented in full, and Toyota did not confirm whether the idea would use rear-wheel drive or a more complex multi-motor layout. No power, mass, 0–100 km/h time or track-performance data was released. That absence distinguishes the car from a running performance prototype. The important aspect was product positioning: Toyota was openly investigating whether the responsiveness and low-center-of-gravity opportunities of electrification could support a lightweight-feeling, enthusiast-focused small sports car rather than only large crossovers and family sedans.
2021 Toyota Small SU EV Concept
The Small SU EV was a small upright electric crossover included in Toyota's December 2021 lifestyle vehicle group. It had a rounded, tall cabin and compact length with minimal overhangs, intended to suit short urban journeys and narrow streets. Compared with the bZ Small Crossover, the Small SU EV was a visibly different design in Toyota's lifestyle grouping rather than a direct badge variation. Its clean front fascia and simple body panels reflected a design brief emphasizing space and uncomplicated daily use. Toyota did not disclose final drivetrain, pack-size, motor, charging or range specifications for the displayed vehicle. The concept's technical point was efficient use of footprint and underfloor packaging: an electric motor can be packaged without a large radiator and engine bay, potentially permitting better occupant space in a small car. It remained a proposal, not a product with homologated figures.
2021 Toyota Crossover EV Concept
The Crossover EV was one of Toyota's seven lifestyle electric design proposals unveiled in December 2021. It had a more sweeping roof and curvier body than the Small SU EV, aiming for a sporting family-car appearance with hatchback practicality. The short nose, broad wheels and relatively long cabin suggested dedicated battery-electric packaging rather than a conversion of an existing combustion vehicle. Toyota gave no confirmed motor count, output, acceleration, charging rate or production battery capacity for the concept. As a result, it cannot be analyzed as if it were simply a rebodied future bZ model with settled mechanical parts. The study mattered because it separated crossover styling from traditional SUV size and stiffness assumptions: Toyota could investigate a lighter, car-like EV without giving up a high seating position and easy cabin access.
2021 Toyota Micro Box Concept
The Micro Box was a small commercial-oriented electric van concept unveiled within Toyota's December 2021 vehicle lineup. Its tall, squared body, minimal hood and near-vertical rear were designed to maximize useful internal volume per meter of road space. Large side access openings and the flat cargo floor implied frequent loading, short routes and urban delivery work. Unlike a passenger SUV, the central engineering concerns would be cargo mass, low-speed efficiency, tight turning and durability in repeated stop-start operation. Toyota did not provide rated payload, gross vehicle weight, final battery capacity, motor output or range for the show model. It was a packaging preview rather than a homologated delivery van. Micro Box highlighted Toyota's interest in adapting electric propulsion to last-mile tasks where cabin and cargo geometry matter more than high top speed.
2021 Toyota Mid Box Concept
Mid Box was the larger companion to Toyota's Micro Box, revealed in the same December 2021 battery-electric presentation. It employed a taller, longer rectangular van body with strong emphasis on usable interior volume, large side door access and practical cargo arrangement. Electric underfloor packaging offered the possibility of a nearly level loading floor and a shorter front end, while its box-like exterior put capacity ahead of sleek styling. Toyota did not publish motor output, gross weight, tow rating, battery size, charging rate or certified commercial duty cycle for the concept. Those missing figures prevent meaningful load and range comparisons with actual vans. The engineering interest is nevertheless straightforward: a medium electric delivery vehicle can be optimized around fixed routes, depot charging and repetitive loading, making size and access more important than showroom acceleration figures.
2021 Lexus Electrified Sport Concept
The Lexus Electrified Sport was the low, two-seat halo car in the Toyota Group's December 2021 battery-electric presentation. Its extreme long-hood silhouette, narrow cabin, broad rear arches and low driving position were deliberately reminiscent of the LFA, although the concept's propulsion was fully electric. Lexus mentioned a performance ambition in the two-second range for 0–100 km/h acceleration and discussed driving range beyond 700 kilometers with future solid-state battery technology. Those were aspirational development goals, not homologated outcomes from the displayed car. No final production motor output, pack capacity, weight or transmission layout was announced. The concept's relevance is the determination to preserve distinctive sports-car response when combustion sound is absent, potentially using electronic torque control, carefully positioned masses and different driver-feedback systems to create engagement.
2021 Lexus Electrified Sedan Concept
Lexus showed the Electrified Sedan as a four-door battery-electric styling study in December 2021. The front adopted a smooth, sharply outlined spindle-body theme rather than the open radiator grille of its gasoline sedans. Shorter mechanical packaging, a long wheelbase and a roof that swept toward the tail suggested an executive sedan designed from the floor up for batteries and electric drive. The car was shown alongside other Lexus BEV concepts, but Lexus did not disclose its specific usable battery capacity, powertrain arrangement, acceleration, curb weight or charging curve. It was separate from the LF-Z Electrified introduced earlier in the year. The study was aimed at defining proportions, cabin length and brand identity for electric saloons. Its defining engineering promise was lower-mounted mass and precise electric torque delivery, not a verified peak-power claim.
2021 Lexus Electrified SUV Concept
The Lexus Electrified SUV was a tall battery-electric design proposal revealed during Toyota's December 2021 EV strategy presentation. It used a broad planted stance, pronounced wheel openings, relatively vertical back end and a front surface derived from Lexus' evolving spindle-body identity. The large electric platform was intended to give more room for passengers and luggage without relying on a conventional long engine bay. Lexus did not publish a finished concept-specific drive-motor count, battery size, off-road capability figure or certified range. The SUV appeared as one member of a future BEV portfolio, not as a complete engineering test vehicle. Enthusiasts should distinguish this larger SUV proposal from the Lexus RZ preview and from the LF-Z crossover-like concept, both of which had different proportions and roles in the brand's design program.
2021 Lexus RZ Preview Concept
The first Lexus RZ preview was shown in the December 2021 battery-electric presentation, before the production RZ was formally launched. The close-to-production compact SUV proportions gave the car a low front panel, short hood, sculpted flanks and a roof that favored passenger room rather than a dramatic fastback. Lexus intended the vehicle to use the Group's dedicated electric SUV architecture and to combine motor response with carefully controlled front-to-rear torque distribution. The 2021 visual reveal was limited: full production battery capacity, motor output, weight, charging time and validated range figures were not released as part of the preview. Although later RZ models had defined specifications, they should not be assigned to the earlier display. The preview is notable because it converted Lexus' electric design studies into an identifiable series-production program.
Motorsports, experimental powertrains and running prototypes
2021 Porsche Mission R Concept
Porsche's Mission R was an all-electric GT racing study with separate motors at the front and rear axles. Qualifying output reached a proposed 800 kW, or 1,073 hp, while continuous race power was 500 kW, or 671 hp. Porsche used an approximately 82-kWh battery located behind the driver, a high-voltage system above 900 volts and direct oil cooling for the cells and motor stators. Charging from 5 to 80 percent was targeted at about 15 minutes using powerful DC equipment. An active rear wing and moving front air-management elements supported drag reduction, while natural-fiber composites appeared in body panels. The short, wide body was closer to a 718 Cayman in length than a 911, and Porsche claimed race pace comparable to a contemporary 911 GT3 Cup car. Unlike a purely digital sketch, Mission R was a detailed engineering demonstration for future electric customer racing.
2021 Peugeot 9X8 Hypercar Concept
Peugeot revealed the 9X8 as its next top-class endurance racing project, using a striking body initially shown without a conventional rear wing. The racing concept combined a twin-turbocharged 2.6-liter V6 driving the rear axle with an electric motor-generator on the front axle, under the FIA World Endurance Championship hybrid regulations. The rear combustion system was designed around approximately 500 kW, with the electric front motor limited by the regulations and total use subject to balance and hybrid-deployment rules. Peugeot focused on exploiting underbody aerodynamics and side-body airflow rather than relying on an obvious large rear aerofoil. The low passenger cell and very broad track reflected endurance-racing requirements, not road-car practicality. Later 9X8 race cars received updates, including changes to the aero package, so the 2021 wingless design should be treated as the original development interpretation.
2021 Audi S1 Hoonitron Concept
Audi Sport developed the electric S1 Hoonitron as a bespoke rally-inspired car for Ken Block, presenting the concept in December 2021. Its shape referenced the short-wheelbase Audi Sport quattro S1 Pikes Peak, with radically widened bodywork, a prominent front splitter and an enormous rear aerodynamic element. The chassis used a purpose-built carbon-fiber structure and an electric drivetrain driving both axles, designed around instant torque delivery for sustained slides, sharp transitions and demonstration driving. The electric system was developed from Audi Sport's motorsport expertise, but the initial 2021 unveiling did not provide a complete independently verified specification for pack capacity, total system power and cooling performance. It was not an electric conversion of a surviving 1980s quattro chassis. The key engineering challenge was delivering repeatable high-current output and fine torque control under extreme drift loads without a combustion engine or conventional clutch.
2021 Nissan Ariya Single Seater Concept
Nissan's Ariya Single Seater was an open-wheel electric racer study using the road-going Ariya's electric powertrain technology as its conceptual starting point. A long, low, single-seat chassis, exposed wheels, racing slicks and downforce-oriented bodywork deliberately contrasted with the Ariya crossover's high roof and family cabin. Nissan described the project as a way to transfer the e-4ORCE and battery-electric control ideas into a competition-shaped vehicle while drawing on its Formula E experience. The lightweight bespoke chassis was not described as a production Ariya floorpan simply fitted with racing body panels. Nissan did not announce a final lap time, homologated race-class specification or complete measured battery and motor data for the concept. Its technical value lies in the potential of electric torque distribution, regenerative braking and fine throttle mapping in a low-mass, high-grip application.
2021 CUPRA Tavascan Extreme E Concept
CUPRA introduced the Tavascan Extreme E concept as an updated body and identity for an electric off-road racing program. The design applied the production-oriented Tavascan's grilleless front graphics to a compact competition buggy with high ground clearance, long-travel suspension and wide off-road tires. It used the Extreme E racing format, which combined battery-electric propulsion with standardized series hardware rather than a showroom Tavascan platform. CUPRA's unique contribution was body design, aerodynamic detailing and its racing partnership, not a new road-going battery pack developed for this concept alone. The show car's broad fenders and rear structure were built to accommodate major wheel movement and rugged racing environments. Figures for the controlled Extreme E race platform should be distinguished from any unreleased manufacturer-specific concept performance claims. It was a competition design evolution, not a production SUV with a race livery.
2021 Lotus Emira GT4 Concept
The Emira GT4 concept was Lotus' customer-racing interpretation of its new mid-engine Emira sports car. The planned race specification centered on Toyota's supercharged 3.5-liter V6, tuned for motorsport use and paired with a sequential competition transmission rather than the standard road-car gearbox. The chassis approach retained the Emira's lightweight aluminum structure, adding FIA-focused safety hardware, motorsport suspension, adjustable aerodynamic surfaces and a stripped interior with a racing seat. Output was discussed at around 400 horsepower depending on the final class regulations and calibration. A rear wing, splitter and enlarged cooling openings distinguished the prototype from the production Emira. The concept was a precursor to a track-only GT4 customer car, not a second road-going model. Its significance was maintaining the familiar Lotus mid-engine layout while modernizing durability, serviceability and aerodynamic control for endurance competition.
2021 Hyundai Vision FK Prototype Concept
Hyundai presented Vision FK as a hydrogen fuel-cell hybrid performance test vehicle. Instead of storing a large amount of energy solely in a traction battery, the proposed system combined hydrogen fuel-cell generation with high-output electrical storage and motor drive. Hyundai discussed rear-wheel drive, output above 500 kW and a 0–100 km/h ambition below four seconds, as well as a projected driving range above 600 kilometers. Those figures were development targets, not certified measurements from an independently tested car. Vision FK's body was less important than the propulsion architecture, which attempted to unite rapid hydrogen refueling with the transient power demands of a sports car. The real engineering difficulty was thermal control and power sharing between the fuel-cell system, battery and drive motors. It served as a technology demonstrator rather than the announcement of a showroom model with finalized production specifications.
2021 Toyota GR Yaris H2 Concept
Toyota's experimental GR Yaris H2 used a modified version of the model's turbocharged 1.6-liter three-cylinder engine to burn hydrogen rather than gasoline. The design retained an internal-combustion cycle and piston engine character, unlike the Mirai fuel-cell vehicle, which uses hydrogen to generate electricity for traction motors. Toyota adapted injection and fuel delivery for the gaseous fuel and drew on motorsport experiments with a hydrogen-powered Corolla. The concept was shown with hydrogen storage and refueling approaches related to Toyota's existing experience, but the first reveal did not contain a conventional production horsepower, range or durability guarantee. Keeping the cylinders, turbocharger and engine sound was central to the experiment. It illustrated that using hydrogen in a combustion engine requires quite different injectors, fuel-system protection and calibration from both gasoline cars and fuel-cell EVs.
2021 Toyota Corolla Hydrogen Race Car Prototype
Toyota entered a hydrogen-combustion Corolla hatchback-based racing prototype in Japan's Super Taikyu endurance series in 2021. It carried a modified turbocharged 1.6-liter three-cylinder engine derived from the GR Yaris family, with hydrogen supplied through a specialized high-pressure fuel system. The car was a running laboratory for combustion stability, refueling logistics, durability and thermal management during long periods at competition loads. This was not a conventional fuel-cell car: hydrogen was burned directly in the cylinders, creating mechanical power through the drivetrain. The system could avoid most carbon dioxide from fuel combustion, although other emissions and full fuel-production impacts require separate accounting. Toyota did not position the prototype as a certified showroom Corolla specification. Its role in the concept-car story is significant because it used real endurance racing to stress-test an unusual alternative-fuel engine.
2021 Lexus ROV Concept
The Lexus ROV was a two-seat recreational off-road buggy concept built around a hydrogen-combustion engine. Its compact power unit was a roughly 1.0-liter three-cylinder engine modified to burn hydrogen, keeping the sound and mechanical response of piston power while using a fuel with no carbon in its molecule. The exposed tubular-style frame, open cabin, small windshield and long-travel-looking suspension were aimed at trail driving rather than normal highway use. Lexus placed lightweight body panels over the protective structure and used heavily treaded off-road tires. No independently certified full-load output, emissions map, maximum speed or production durability rating was published for the concept. The important distinction from a fuel-cell EV is that the motor was an engine with combustion and mechanical drivetrain components, not a hydrogen-fed electric traction motor. It was an exploratory recreational vehicle.
2021 Aston Martin Valhalla Updated Concept
Aston Martin substantially reworked its earlier Valhalla project in 2021, replacing the originally proposed in-house V6 hybrid plan with a mid-engine plug-in hybrid arrangement using a 4.0-liter twin-turbocharged V8 and electric assistance. At the time Aston Martin announced approximately 950 PS system output, a new eight-speed dual-clutch transmission with electric reverse capability, and an electronically controlled rear differential. Active aerodynamics were designed to produce substantial downforce without an oversized fixed wing, with a 600-kilogram downforce target at high speed. The carbon-fiber structure and Formula One-influenced suspension approach emphasized stiffness and low mass. This 2021 version is an updated concept, not the first appearance of Valhalla; nor should its early targets be substituted for the final production model's revised figures. The technical story is the dramatic powertrain and aero redesign on the path toward production.
2021 Opel Manta GSe ElektroMOD Concept
Opel rebuilt a classic first-generation Manta as the Manta GSe ElektroMOD, combining the original rear-wheel-drive coupe proportions with a modern battery-electric conversion. The electric motor produced 108 kW, approximately 147 horsepower, and 255 Nm, sending drive through the rear wheels and, unusually, the original-style four-speed manual transmission. A 31-kWh lithium-ion battery was installed for a claimed driving range of about 200 kilometers, and the car supported 9-kW AC charging. Opel preserved the light coupe body and added a digital Vizor front panel, LED lighting and a modernized interior. This was a running retrofit rather than an imaginary future car. Its most unusual mechanical feature was retaining a manual shift experience in a vehicle with an electric motor's broad torque band, proving that an electrified classic need not abandon every element of its original drivetrain character.
Manufacturer show cars, custom prototypes and restomods
2021 Chevrolet Beast Concept
Chevrolet built the Beast as a four-seat off-road desert-performance concept for SEMA 2021. The custom chassis and pickup-derived hardware supported long-travel suspension, high ground clearance, open body panels and 37-inch off-road tires. Chevrolet used a supercharged 6.2-liter LT4 V8 rated around 650 horsepower, sending power through a ten-speed automatic transmission into a four-wheel-drive system. The spare, body protection and cabin structure were arranged around desert running rather than road-car convenience, with competition-inspired restraints and controls. The Beast was much more than a trim package for a stock Silverado, although some components came from GM production and performance catalogs. Its chassis was built to demonstrate factory parts and serious high-speed off-road performance, and the one-off was not offered as a fully homologated production pickup.
2021 Ford F-100 Eluminator Concept
Ford Performance's F-100 Eluminator was a 1978 F-100 pickup converted into a high-output electric demonstrator for SEMA. It used two Ford Eluminator electric drive units derived from the Mustang Mach-E GT, one at each axle, creating electric all-wheel drive with a combined rating of about 480 horsepower and 634 lb-ft. The vintage body sat on a heavily reworked custom frame, retaining classic pickup shape while making room for battery hardware, electric drive and modern braking systems. Ford used the build to advertise its electric crate-motor program and the possibility of electrifying older vehicles. It was not a simple bolt-in V8 replacement, because twin drive units and battery placement required extensive fabrication. No fully certified range, vehicle mass or crash qualification was released for the custom truck. It demonstrated the engineering possibilities and complications of EV restomodding.
2021 Ford Bronco Riptide Concept
The Bronco Riptide was a beach-oriented concept built from a four-door Bronco using the Sasquatch Package. Its 35-inch mud-terrain tires, enlarged suspension package and four-wheel-drive equipment were genuine Bronco off-road hardware rather than mere show-car styling. Ford removed the roof and substituted tube-style doors to create an open cabin, while a surfboard carrier and marine-themed trim supported the beach-use theme. The interior used easy-clean materials intended for wet or sandy outdoor activities. Mechanically, the concept was based on a production vehicle, so its fundamental turbocharged-engine and transmission family was not experimental. The major modifications involved packaging of accessories, roof removal, weather resistance and occupant use. Ford did not give the Riptide separate certified performance, towing or safety figures. It was a carefully themed accessory and lifestyle study rather than a new model architecture.
2021 Ford Bronco DR Concept
Ford's Bronco DR was an off-road racing prototype announced in 2021 as a purpose-built desert competitor, not simply a lifted road-going Bronco. It used a 5.0-liter Coyote V8 intended to produce more than 400 horsepower and an automatic transmission, replacing the standard road Bronco's turbocharged V6 or four-cylinder offerings. The track was widened, suspension travel greatly increased and off-road competition damping introduced for high-speed rough terrain. Weight-saving body panels, a safety cage, racing seats and cooling alterations reflected race use rather than daily convenience. Ford planned a limited-run customer race vehicle, with later production versions defining final equipment. The important engineering distinction is that the DR was built around race durability and suspension geometry from the outset, unlike showroom Broncos modified for weekend off-roading. It was a 2021 competition vehicle preview.
2021 GMC Canyon AT4 OVRLANDX Concept
GMC's Canyon AT4 OVRLANDX was an overlanding study based on the body-on-frame midsize Canyon AT4 pickup. A factory-style 3.6-liter V6 and eight-speed automatic formed the underlying gasoline powertrain, but the concept added a raised suspension, underbody protection, stronger recovery equipment and 33-inch off-road tires. Integrated storage solutions included a bed-mounted tent system, equipment racks and camping accessories, with a snorkel and auxiliary lighting signaling trail priorities. The focus was increasing self-sufficient travel capability rather than extracting more horsepower. GMC did not publish an all-new axle or independently rated towing figure specifically for the demonstrator, and a roof tent alone does not make a truck suitable for every terrain. The OVRLANDX is best understood as a factory study of equipment integration, approach geometry, cargo loading and long-distance off-road logistics.
2021 Jeep Magneto Concept
The original Jeep Magneto was an all-electric Wrangler-based rock-crawling prototype with an electric motor rated around 285 horsepower and 273 lb-ft. Instead of deleting the clutch and transmission, Jeep retained a six-speed manual gearbox, allowing the driver to choose mechanical ratios despite the motor's broad torque delivery. Four distributed battery packs provided a combined capacity around 70 kWh, and the drive system used high-voltage electric hardware. Off-road equipment included a two-inch lift, 35-inch mud-terrain tires, a safety cage, underbody protection and recovery equipment. The original Magneto was designed to demonstrate electric traction in Moab terrain; it should not be confused with later much more powerful Magneto 2.0 and 3.0 iterations. Its mechanical novelty was integrating a single electric motor with conventional Wrangler four-wheel-drive hardware and a manual gearbox.
2021 Jeep Jeepster Beach Concept
The Jeepster Beach paired an original-looking 1968 Jeepster Commando body with modern Wrangler Rubicon running gear. Its 2.0-liter turbocharged four-cylinder was specially calibrated to about 340 horsepower and 369 lb-ft, driving through an eight-speed automatic and Rubicon four-wheel-drive transfer case. The modern underpinnings brought stronger braking, steering and off-road hardware beneath the vintage body shape. Large off-road tires, raised ride height and a protective rear cage made the car suitable for the visual and practical demands of a beach/trail build. The low-backed seats and open, easy-clean interior deliberately preserved a late-1960s appearance. This was a genuinely substantial restomod with altered mechanical architecture, not simply a restored Jeepster with different paint. It showed how a recognizable classic body can be mounted over a contemporary drivetrain at the cost of extensive body and frame integration.
2021 Jeep Gladiator Red Bare Concept
Jeep based the Red Bare on the Gladiator Rubicon with its 3.0-liter EcoDiesel turbo V6, rated at 260 horsepower and 442 lb-ft. The eight-speed automatic was paired with Dana 44 axles re-geared to 4.88:1, giving the concept a crawl ratio of about 91:1. Large 37-inch BFGoodrich mud-terrain tires on 17-inch wheels, a two-inch Jeep Performance Parts lift and protective rails improved clearance and grip. A front winch, open-air half doors and reorganized bed storage emphasized real trail use. Diesel torque and deep low-range gearing were the central technical choices, not high maximum horsepower. The interior mixed robust materials with decorative red flannel and leather. Although based on a series-production pickup, Red Bare was a factory-backed engineering and accessory demonstrator with a specification distinct from a normal Gladiator Rubicon.
2021 Jeep Wrangler Orange Peelz Concept
The Orange Peelz was a two-door Wrangler-based concept focused on open-air driving and practical trail accessories. Jeep fitted prototype half doors, modified side glazing, an unusual glass-panel roof section and a performance hood. Its off-road package included a Jeep Performance Parts two-inch lift with FOX dampers, 37-inch BFGoodrich KM3 mud-terrain tires and 17-inch beadlock-capable wheels. Heavy-duty bumpers, LED auxiliary lights and a reinforced Gorilla Glass windshield showed the kind of hardware owners might want for rough use. Power came from a production-type Wrangler gasoline drivetrain, not a new hybrid system. The stripped-back roof and side openings were its distinguishing characteristics. Jeep did not present separate certified crash or noise-test results for the modifications, so the Orange Peelz should be described as a functional prototype and accessory showcase rather than a showroom-ready special edition.
2021 Lincoln Aviator Shinola Concept
Lincoln and Detroit lifestyle brand Shinola collaborated on a one-off Aviator SUV, using a production Aviator as the engineering base. The main alterations were in cabin construction and finish: cream-colored leather, woven-texture inserts, copper-toned details and bespoke trim inspired by watchmaking and handcrafted products. A pearl-like white exterior with restrained contrast elements gave the vehicle a distinct appearance while leaving its basic unibody architecture and suspension layout substantially unchanged. Lincoln did not announce a specially tuned engine, battery, gearbox or track-performance objective for the Shinola concept, because its purpose was material exploration. The show car is valuable to an enthusiast as an example of the gap between coachbuilding and mechanical engineering. It explored whether materials normally used in luxury consumer goods could withstand automotive fit-and-finish demands in a modern SUV.
2021 Hyundai Heritage Series PONY Concept
Hyundai rebuilt an original Pony hatchback as an electric design study, preserving the simple Giugiaro-era lines while replacing the conventional powertrain concept with a modern electric arrangement. Pixel-style front and rear lamps, modernized wheels and a minimalist cabin linked the car visually to Hyundai's newer EV language. Digital elements were integrated into old-fashioned body surfaces without turning the vehicle into a completely different silhouette. Hyundai did not release a certified pack capacity, actual electric motor output or range, and the car should not be mistaken for a production retro EV conversion kit. The study focused on heritage and the packaging changes permitted by electrification. It is especially interesting because the first Pony was an important mass-market Hyundai, and the concept demonstrated how its very simple sheet-metal forms could remain recognizable alongside modern lighting and electronic interfaces.
2021 Hyundai Heritage Series Grandeur Concept
For the 35th anniversary of its flagship sedan, Hyundai created the Heritage Series Grandeur using the original 1986 body style as a basis for an electric restomod. It kept the rectangular three-box profile and formal roof but added pixelated LED lighting, covered-look wheel details and a heavily reworked luxury interior. Traditional seats were replaced with richer upholstery, a wide digital dashboard and experimental ambient lighting that transformed the cabin atmosphere. The project used electric propulsion as part of its premise, but no verified battery capacity, motor rating, range or acceleration figure was supplied. Its main engineering issues were adapting modern lighting, wiring and propulsion to an older body without losing the original exterior character. Unlike a digitally rendered retro car, the Grandeur was a physical design exercise in what a classic executive sedan might become with modern electronics.
2021 Toyota Tacoma Tacozilla Concept
Tacozilla was Toyota's modern interpretation of the 1970s and 1980s compact pickup camper. Based on a Tacoma TRD Sport, it featured a purpose-built aluminum camper shell on a custom-fabricated mounting structure, including a direct pass-through from the front cab. The interior had a compact bathroom with shower, galley, insulated living area and a table that could fold against the wall. The vehicle retained Tacoma gasoline-pickup mechanical foundations rather than an experimental electric system. Off-road tires and suspension alterations were chosen to cope with remote campsites, although the tall body created its own center-of-gravity and wind-loading compromises. Toyota did not provide a new homologated curb-weight, maximum payload or fuel-economy result for the completed camper. The engineering story is packaging a functional small motorhome into a midsize pickup footprint without resorting to a full RV chassis.
2021 Toyota Tacoma Overlanding Concept
The Tacoma Overlanding Concept was a Toyota-backed SEMA demonstration of long-distance off-road touring using a Tacoma SR5 pickup. Mechanical modifications emphasized traction and load-carrying, including raised suspension hardware, all-terrain tires and protective underbody and recovery equipment. A bed-mounted equipment system carried shelter and camping gear, while additional electrical accessories supported remote use away from charging points and conventional campsites. Unlike a one-off prototype powertrain, the basic Tacoma gasoline engine and automatic transmission architecture remained a known starting point. The engineering compromises involve loading the bed, suspension travel under expedition weight and making gear accessible without interfering with off-road departure angle. Toyota did not publish a new tested payload or towing rating for the modified show vehicle. It should be read as an equipment and endurance-use study rather than a new factory production truck.
2021 Toyota Tundra TRD Desert Chase Concept
Toyota's TRD Desert Chase Tundra was a 2021 SEMA chase-truck build based on the redesigned Tundra TRD Pro and its i-FORCE MAX hybrid powertrain. The concept combined the twin-turbocharged V6 hybrid architecture with off-road suspension changes, aggressive tires, additional lighting and bed-mounted spare-tire and equipment storage. Its job was to support off-road race teams by carrying tools and supplies at speed over difficult desert terrain. Toyota's emphasis was on integrating a production-origin hybrid system into a loaded off-road support platform, not creating a new factory truck engine. The show vehicle was not assigned its own independent tested towing or payload numbers, and those figures would depend on the added equipment. As a design, the Desert Chase illustrated how race-service trucks balance ride travel, cargo security, lighting and thermal performance over long rough sections.
2021 Toyota Tundra Lifted and Accessorized Concept
Toyota built a lifted and accessory-equipped Tundra concept around the new 2022-generation Tundra Limited with its twin-turbocharged 3.5-liter V6. This SEMA vehicle added more aggressive wheels and tires, an uprated off-road stance, lighting and trail-use hardware to demonstrate accessory integration on the new truck platform. Compared with the competition-oriented Desert Chase, this build emphasized the kind of modifications an owner might use for work or recreational trails. The aluminum-and-steel body and chassis system remained fundamentally a production Tundra, while tire size and suspension geometry were altered for clearance. Toyota did not certify new acceleration, economy, tow or payload figures for the modified example. The technical interest is how a major redesign affects aftermarket packaging and part compatibility, particularly suspension lift geometry, wheel clearance, bumper attachment and auxiliary electrical load.
2021 Volkswagen Atlas Cross Sport GT Concept
The Atlas Cross Sport GT was a performance-flavored Volkswagen factory concept using the production Atlas crossover as a starting point. Volkswagen fitted a tuned 2.0-liter turbocharged EA888 four-cylinder producing more than 300 horsepower, paired with a seven-speed dual-clutch gearbox and 4Motion all-wheel drive. It lowered the suspension, installed larger performance-oriented wheels and tires, and emphasized braking and body control rather than additional towing capacity. The cabin used sportier seating materials and blue accent trim while retaining the Atlas Cross Sport's practical five-seat layout. Its relatively large unibody platform made the hot-hatch-derived turbo engine an unusual powertrain choice. Volkswagen did not commit the GT to series production or publish complete instrumented acceleration and lap-time figures. The concept explored how much driver appeal could be extracted from a normally comfort-biased midsize SUV.
2021 Honda Fit e:HEV Crosstar Custom Concept
Honda created the Fit e:HEV Crosstar Custom for the virtual 2021 Tokyo Auto Salon, using its hybrid-powered compact hatchback as a small outdoor-themed demonstrator. The build expanded the Crosstar's rugged visual theme with additional black cladding, roof-mounted carrying equipment, protective details and wheels and tires better suited to mixed urban and light-trail use. Its underlying Honda e:HEV hybrid arrangement was not replaced by a purpose-built four-wheel-drive rally system. The standard hybrid drive's ability to blend gasoline-generation and electric propulsion suited efficient daily driving, but the concept's elevated look should not be mistaken for a suspension designed for serious rock crawling. Honda did not publish a separate tested horsepower, ground-clearance or endurance figure for this trim study. Its value was showing how a small hybrid hatchback could be prepared for camping and outdoor accessories without increasing vehicle size.
2021 Honda N-VAN Mobile Café Concept
Honda's N-VAN Mobile Café concept repurposed a small Japanese kei-class van as a compact food-service vehicle. The tall cargo body, flat-sided interior and large side access made a practical platform for a mobile counter, coffee equipment and storage. The project used the production N-VAN mechanical package, including the small-displacement engine and commercial-vehicle layout, rather than a dedicated new electric or hybrid drivetrain. The engineering work centered on weight distribution, securing appliances, electrical provision and access for a person standing at the side of the vehicle. The concept highlighted the versatility of a vehicle originally designed to move cargo in Japan's narrow streets. It was not a new production vehicle type with tested commercial payload and safety certifications for every installed appliance, but it clearly demonstrated a plausible small-business conversion.
Independent electric concepts and proposed low-volume vehicles
2021 Automobili Estrema Fulminea Concept
Automobili Estrema unveiled the Fulminea as an ambitious four-motor electric hypercar built around an unusual dual-storage power system. Its proposed 100-kWh energy package paired lithium-ion cells using solid-state electrolyte with ultracapacitors intended to supply high-power bursts. The manufacturer specified a combined 1.5 MW, or 2,040 hp, sent through four independent electric motors for all-wheel drive and wheel-by-wheel torque control. A 0–320 km/h time below ten seconds, a 520-kilometer WLTP range and a 1,500-kg vehicle mass were announced engineering targets, not independently measured results. Estrema proposed placing the main battery behind the cockpit and the ultracapacitor module near the front axle to help weight distribution. Carbon-composite enclosures would protect the storage systems. The key unresolved issues were delivering the claimed battery energy density, cooling the motors and power electronics, and validating the complete drivetrain under repeated acceleration loads.
2021 Canoo Pickup Truck Concept
Canoo's electric pickup used the company's flat modular EV architecture to deliver a long working bed within a surprisingly short body. The March 2021 concept measured about 184 inches long on a 112.2-inch wheelbase, with a cab-forward design and steer-by-wire controls that reduced mechanical intrusion into the cabin. Rear-wheel-drive and dual-motor all-wheel-drive layouts were proposed, with the latter rated at up to 600 hp and 550 lb-ft. Canoo listed a payload target of 1,800 pounds and more than 200 miles of battery range. The six-foot cargo bed incorporated a pull-out extension that could increase usable bed length to eight feet, while fold-down side worktables, tool storage and onboard power outlets emphasized contractor use. Unlike a decorative show truck, it placed substantial emphasis on practical load packaging. The powertrain figures, certification, deliveries and final battery specifications remained subject to development when unveiled.
2021 EdisonFuture EF1-T Concept
EdisonFuture introduced the EF1-T pickup at the 2021 Los Angeles Auto Show as a prototype of an electric work truck with extensive solar-panel coverage. Its most recognizable detail was the sloping, retractable solar tonneau, which could extend over the cargo bed when extra generating area or weather protection was needed. Roof-integrated panels supplemented plug-in charging, but the amount of useful solar energy would depend on sunlight, panel orientation, weather and daily driving demand. EdisonFuture outlined different battery and motor configurations to support lower-cost work use and more powerful all-wheel-drive versions. The angular body and broad flat surfaces were designed to accommodate both cargo and photovoltaic modules, making the vehicle more complex than an ordinary bed-cover conversion. At its debut, published range and charging figures were projections rather than independently certified test data. Manufacturing scale, crash protection and solar system durability were still open engineering questions.
2021 EdisonFuture EF1-V Concept
The EF1-V was EdisonFuture's companion electric delivery-van concept, presented alongside the EF1-T pickup in Los Angeles. Both vehicles were proposed around a shared battery-electric platform, but the van substituted a long, high-volume enclosed cargo body for an exposed pickup bed. Its boxy architecture emphasized a straight load floor, generous internal height and rear access for commercial freight. Solar modules across the roof were proposed to supplement electrical energy, with the realistic benefit dependent on panel area, sunlight and the vehicle's own power consumption. The shared platform approach was intended to reduce complexity across battery packs, motors, power electronics and chassis components. EdisonFuture did not demonstrate validated cargo payload, driving-range or charging performance for a production EF1-V at the show. The central engineering challenge was meeting commercial-van duty cycles, which require repeatable loaded performance and battery reliability, rather than merely producing an eye-catching passenger-car concept.
2021 Mullen FIVE Concept
Mullen showed the FIVE electric crossover at the 2021 Los Angeles Auto Show with an EV skateboard layout designed to accommodate more than one propulsion configuration. The five-door body placed its traction battery low in the structure, allowing a relatively long cabin and short front powertrain compartment. The company discussed different motor and trim levels while presenting physical show cars and drivetrain displays rather than simply publishing digital renders. The design featured a high beltline, broad rear shoulders, a sloping roof and a large display-oriented cabin, with proportions closer to a sporty midsize crossover than a small hatchback. Mullen did not provide the complete set of independently verified battery, range, charging, acceleration and crash-test specifications required to characterize a finished production vehicle. The FIVE was significant as a startup's full-size design and packaging demonstration; claims associated with subsequent variants should not be confused with results for the 2021 show cars.
2021 Alpha Motor JAX Concept
Alpha Motor's JAX, short for Junior All-terrain Crossover, applied a raised suspension stance and protective body design to its small electric-car proposal. Introduced digitally in February 2021, the four-seat crossover was planned with front-wheel-drive or dual-motor all-wheel-drive configurations. Alpha projected 0–60 mph acceleration in approximately 6.5 seconds and a towing capability of about 1,850 pounds, figures that were illustrative rather than demonstrated vehicle tests. The short cabin, flared arches, auxiliary lighting and chunky tire treatment deliberately echoed compact rally vehicles. Its underlying architecture was shared in concept with the Alpha ACE electric coupe, with modular battery and motor packaging intended to support different bodies. Alpha did not disclose a fully validated chassis mass, thermal-management solution, brake-system specification or production crash structure. JAX was primarily a rendering-led proposal for a small practical EV with off-road styling and a conventional hatch-style cargo area.
2021 Alpha Motor WOLF Concept
The original Alpha WOLF was a two-seat compact electric pickup with a separate cargo bed and simple, squared-off sheet-metal styling. Alpha's March 2021 proposal measured roughly 4,765 mm long, 1,930 mm wide and 1,685 mm high, with a bed approximately 1,652 mm long. The company described a 75–85-kWh lithium-ion pack, a projected range around 275 miles, and front-wheel-drive or all-wheel-drive configurations. It claimed a 0–60 mph time of about 6.2 seconds and up to 3,000 pounds of towing capability. Large all-terrain tires, a forward brush bar and auxiliary lights made the concept look like a small expedition truck rather than a conventional urban delivery vehicle. None of those figures represented completed production certification or instrumented road testing. The technical appeal was whether a smaller pickup could combine useful bed length with a simpler electric drivetrain and less body mass than full-size trucks.
2021 Alpha Motor WOLF+ Concept
The Alpha WOLF+ expanded the compact WOLF into a longer pickup with additional seating and more substantial advertised towing capacity. Its extended-cab body had full-size front doors and smaller rear-hinged access doors for two rear occupants. Alpha listed a length of about 5,150 mm, a 1,652-mm-long bed, a 75–85-kWh planned battery and rear-wheel-drive or all-wheel-drive layouts. Performance projections included 0–60 mph in 5.9 seconds, around 275 miles of range and a maximum tow rating of 6,724 pounds. Its announced body-material mix included steel, aluminum and carbon fiber, although structural proportions and full safety testing were not documented. A bed-extension mechanism was also proposed to accommodate longer cargo. Compared with the WOLF, the WOLF+ addressed more conventional pickup requirements, but the published payload, thermal, crash and trailer-performance data remained development targets rather than manufacturer-certified production results.
2021 Alpha Motor SUPERWOLF Concept
SUPERWOLF was Alpha Motor's four-full-door interpretation of its WOLF electric pickup family, announced in July 2021. The more conventional crew cab increased passenger access without abandoning the short-nose, upright-hood silhouette and separate cargo bed. Its four-seat interior, roof rack and extensive RIGID auxiliary lighting made the design more suitable for family travel and off-road recreation than the original two-seat WOLF. Alpha planned to carry over its modular electric powertrain strategy, with battery placement low in the chassis and available all-wheel drive. Announced drivetrain and range plans related to the broader WOLF family, not a uniquely tested SUPERWOLF engineering prototype. The added cab volume would also have implications for curb weight, body rigidity, brake sizing and the trade-off between bed length and passenger space. No verified production-cycle performance, fully disclosed battery pack, or completed towing validation accompanied the initial concept announcement.
2021 Alpha Motor SAGA Concept
The SAGA was Alpha Motor's five-seat electric sedan design, unveiled at the 2021 Los Angeles Auto Show. It used a long, smoothly curved roof, short rear deck and simple front panel to extend the company's retro-inspired design language into a larger passenger vehicle. Alpha announced a rear-motor rear-wheel-drive layout or dual-motor all-wheel drive, an intended 85-kWh lithium-ion battery, a roughly 300-mile range target and 0–60 mph acceleration around six seconds. A projected 124-mph top speed and DC charging to 80 percent in roughly one hour were also listed as preliminary specifications. The company described an integrated architecture rather than a generic separate skateboard chassis, with components packaged around the vehicle's particular geometry. Details of suspension links, pack protection, thermal cooling and production body structure were not independently confirmed. SAGA demonstrated an intended platform family, not a fully validated competitor to established electric sport sedans.
2021 Hennessey Project Deep Space Concept
Hennessey announced Project Deep Space in November 2021 as an exceptionally long electric grand tourer with six powered wheels. Each wheel was intended to receive its own electric motor, giving the car a six-wheel-drive configuration and the possibility of finely controlled torque distribution. The four-seat cabin was planned around a distinctive diamond arrangement: the driver in a central forward position and three passengers staggered behind, with reclining rear accommodation. Hennessey positioned the project closer to a private-jet-style high-speed cruiser than a stripped competition hypercar. No physical road-ready Deep Space with independently measured acceleration, battery capacity, thermal endurance or range accompanied the announcement. Its promised performance therefore needs to be read as design intent. From an engineering standpoint, the car posed unusual questions about triple-axle suspension geometry, steering response, tire loading, underfloor battery placement and how to fit a six-motor drivetrain into a long, low body.
Digital-only concepts and autonomous design studies
2021 Nissan Hang-Out Concept
Nissan introduced the Hang-Out as part of its November 2021 Ambition 2030 presentation, using computer-generated design work to rethink an electric family crossover. The large, upright cabin had a flat floor and adjustable seats intended to change from a conventional driving layout into a living-room arrangement. The show proposal also featured wide-opening doors and digital entertainment interfaces that made the parked cabin useful for socializing or remote activities. Its battery-electric architecture was intended to benefit from Nissan's future EV platform and electrified all-wheel-control research, but exact motors, battery size, curb weight and production platform dimensions were not specified for this design. Its chief engineering problem was fitting flexible seating and large openings into a body that would also need to manage crash loads and battery protection. The Hang-Out remained a digital concept rather than a fully developed or road-certified test vehicle.
2021 Nissan Max-Out Concept
The Max-Out was Nissan's digital two-seat electric roadster study from the Ambition 2030 program. Its low seating position, wide track and long, flowing surfaces contrasted with the tall crossover shapes common to the rest of Nissan's EV future portfolio. A flexible seating arrangement and extensive digital cockpit equipment were proposed to make the open cabin useful both for engaging driving and more relaxed travel. Nissan discussed a battery-electric driving concept with a low center of gravity and advanced all-wheel-control possibilities, but provided no concept-specific cell chemistry, pack size, motor layout, horsepower or measured acceleration figure. The narrow front and rear lighting elements formed continuous graphics rather than familiar lamp clusters. The interesting mechanical challenge was reconciling a low roadster body, crash structure and useful electric range without raising the seats or the body sides excessively. It was a design proposal, not an instrumented running prototype.
2021 Nissan Surf-Out Concept
The Surf-Out was a compact electric pickup visualized by Nissan in November 2021. It combined a short, upright passenger compartment with a broad load bed and an unusually transparent-looking front graphic. Nissan proposed flexible cargo packaging and an electric propulsion system capable of controlled power delivery over uneven ground, using lessons from its electric all-wheel-drive research. The bed and passenger area were designed to support outdoor equipment and recreation rather than conventional heavy-duty commercial hauling. Exact vehicle dimensions, battery capacity, axle ratings, suspension travel, motor specifications and certified towing capability were not announced for the virtual study. The concept's most useful technical idea was using underfloor EV packaging to reclaim wheelbase length for carrying equipment while preserving a compact overall footprint. Surf-Out was not a completed production pickup, and later Nissan truck specifications should not be read back into the 2021 rendering.
2021 Nissan Juke Rally Tribute Concept
Nissan's Juke Rally Tribute was a digital reinterpretation of its compact crossover in the colors and spirit of the Datsun 240Z that won the 1971 East African Safari Rally. It exchanged the road Juke's normal proportions for a raised stance, broader wheel openings, all-terrain tires and rally-style auxiliary lighting. The black hood and period-inspired graphics provided the historical connection, while visible protection and cargo equipment pointed to endurance-rally duty. Nissan did not announce a completed rally prototype, a revised engine, detailed four-wheel-drive conversion, suspension travel, rally-spec cage or homologated competition package. Those omissions matter because a visual tribute is not the same as an engineered motorsport car. The project is best understood as a design exercise showing how the modern Juke body might accommodate the stance and functional hardware of an old long-distance rally machine.
2021 Porsche Vision Gran Turismo Concept
Porsche created the Vision Gran Turismo for the Gran Turismo 7 driving simulation, publicly revealing it in December 2021. Unlike a production-based race car, the low and wide two-seater was designed first in digital form, although Porsche also built a full-scale physical display model. The published virtual specification included all-wheel drive, an 87-kWh battery, 820 kW of output or 950 kW with overboost and launch control, a 350-km/h maximum speed and 0–100 km/h acceleration in 2.1 seconds. Those were simulated concept figures, not independently verified road-test results. Designers used raised wheel arches, a very low hood, narrow rear light strip, carbon-and-titanium-inspired interior details and a glass-like instrument surface in the driver's view. Porsche used the exercise to explore future electric sports-car proportions without production cooling, crash and homologation requirements dictating every design feature.
2021 Renault AIR4 Concept
Renault and mobility studio TheArsenale introduced the AIR4 as a flying reinterpretation of the original Renault 4, created for the model's 60th anniversary. It was not a conventional road car converted to take off. The familiar Renault 4-inspired body sat above an electrically powered quadrotor frame in place of wheels and axles, with the propellers supplying lift and propulsion. The concept represented a lightweight one-person aerial craft with a stylized cabin suspended within a rotor platform. Its engineering basis was closer to a small multicopter than a car: stability would come from rotor-speed control, while flight duration depended on available battery energy, propulsion efficiency and payload. The project did not establish a road-legal chassis, aerodynamic certification or a production aviation program. AIR4 is interesting because it takes a historic four-wheel body and explores a different physical way of transporting its occupant.
2021 Renault SUITE N°4 Concept
Renault worked with French designer Mathieu Lehanneur to create SUITE N°4, a Renault 4-based electric restomod conceived as a miniature hotel room. The project retained the recognizable silhouette and dimensions of the historic 4L but replaced much of the normal rear bodywork with large transparent polycarbonate panels. The rear seats and cargo compartment gave way to a lounge-like interior, while the transparent roof admitted daylight. Thin solar panels on the roof were intended to supplement electricity for the converted vehicle. Unlike the new Renault 5 concept, this was a reworked classic shell rather than a proposed all-new production EV architecture. Renault did not release a fully tested motor output, high-voltage pack size, detailed chassis reinforcement or approved range for the conversion. SUITE N°4 was an experiment in cabin use, body glazing and battery-powered heritage conversion, not an engineering blueprint for a mass-produced camper.
2021 Cadillac Personal Autonomous Vehicle Concept
Cadillac's Personal Autonomous Vehicle, later known as SocialSpace, was shown digitally at CES 2021 as a premium driverless passenger pod. Unlike a conventional SUV, it made no central provision for a steering wheel and permanent driver's seat. The body was a high-roof capsule that allocated most of its length to a lounge-like cabin with face-to-face seating and large windows. Cadillac described voice and gesture operation for passenger settings such as lighting, climate and other interior functions. Its electric and autonomous technology was presented as a vision of a future mobility service rather than a tested Level 5 road vehicle. There was no independently verified battery capacity, drive-unit rating, sensor specification or certified operational design domain. The engineering challenge was combining safe passenger access, crash management, reliable redundant controls and driverless operation without the hard points of a conventional cockpit.
2021 Lincoln Anniversary Concept
The Anniversary was a full-size Lincoln design study developed with ArtCenter College of Design students and displayed at Monterey Car Week in 2021. The low, long four-passenger shape was intended to imagine a connected, electric and autonomously capable luxury vehicle for 2040 and beyond. Its defining body features were a smooth uninterrupted roof and glasshouse, long flowing shoulders and a cabin designed to support passenger experience instead of traditional instrument-panel hierarchy. The student project connected exterior and interior design with an animated story about shared memories and personal travel. Lincoln created a full-scale static model, not a certified driving development prototype. As a result, no usable battery, electric-motor, suspension or measured driving-range specifications were provided. From an enthusiast's perspective, the real interest was how a luxury sedan might retain dramatic proportions while abandoning much of the usual engine-bay and dashboard packaging.
2021 Lincoln Glider Concept
Glider was one of the Lincoln-supported ArtCenter design concepts imagining luxury travel in the year 2040. The futuristic two-person electric sedan used a streamlined silhouette influenced by older Lincoln Zephyr and Continental themes, but with the long, clean surfaces expected of an autonomous vehicle study. The cabin was imagined as a quiet, highly connected space rather than a conventional driver-centered cockpit. The project belonged to Lincoln's connected, autonomous, shared and electric design brief, with the vehicle presented through student design work and animated storytelling. It did not include a finalized platform, motor architecture, certified battery capacity or real-world road-test results. The mechanical questions raised by its proportions concerned windshield and roof structure, occupant entry, crash zones and the placement of a traction battery beneath a low luxury cabin. Glider was a speculative design, not an announced Lincoln production program.
2021 Mobilize EZ-1 Prototype Concept
Renault Group's Mobilize division introduced the EZ-1 Prototype in January 2021 as a compact two-seat electric mobility vehicle designed around shared use. Its small footprint, tall glazed doors and near-square cabin helped maximize outward visibility and ease of entry in dense cities. The concept emphasized pay-per-use travel, easy cleaning and materials chosen for durability across many short rental trips. Renault also proposed a system with swappable batteries, reducing the time that a fleet vehicle would have to spend connected to a charger. Exact powertrain capacity, road-certified range, suspension characteristics and production mass were not disclosed. Because most journeys for the proposed service were short, ease of access and turnaround time mattered as much as speed. The EZ-1 was less a privately owned microcar prototype than a trial of hardware and service packaging for a shared urban fleet.
2021 Citroën Skate Mobility Concept
The Citroën Skate was an autonomous battery-electric platform conceived under the Urban Collëctif project with different interchangeable passenger or service pods. Unlike a traditional car, the chassis could carry a hospitality, transport or lounge body built by partner designers instead of a permanent driver compartment. Small independently controlled wheel assemblies were intended to permit precise low-speed maneuvering, with technology aimed at planned urban routes rather than high-speed mixed traffic. Citroën's premise was that sharing a standard powered base between different bodies could improve fleet utilization and avoid building a complete vehicle for every task. The concept did not disclose a fully validated battery pack, energy consumption, payload rating or production autonomy certification. It was a future mobility system rather than a purchasable passenger car. Its engineering appeal rested on a modular upper body, low platform and the structural and software interfaces required for repeated pod changes.
2021 MINI Vision Urbanaut Physical Study Concept
MINI first revealed the Vision Urbanaut digitally in 2020 and presented a full-size physical model in 2021, so the 2021 entry describes a later development of an existing concept rather than an entirely new debut. The one-box electric people mover placed its cabin volume ahead of traditional car proportions, using a very short hood and upright body to maximize interior floor area. MINI planned transformable seating, a large side opening and several cabin modes that could convert the interior from a traveling space into a lounge or personal retreat. Roof glazing, reduced controls and fabric-based interior surfaces emphasized the role of the vehicle as a room. No completed battery, motor, crash structure or instrumented range specification accompanied the 2021 physical study. The technical challenge was achieving safe restraint geometry and adequate side-impact protection with a flexible cabin and unconventional access.
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