James Bond-inspired Scubacraft SC3 turns your underwater adventure fantasy into reality

What you actually see here is a one-off submersible that is equally capable above the surface as it is underwater. For anyone who remembers the futuristic watercraft showcased in the James Bond film Spectre, there is now a rare opportunity to own one of the strangest and most ambitious vehicles ever built. Called the Scubacraft SC3, the experimental vessel was developed during the late 2000s as a functioning prototype that blurred the line between speedboat and personal submarine.

Unlike many fictional gadgets seen in Bond movies, the SC3 was not a movie prop designed solely for visual appeal. It was engineered as a real-world concept capable of operating both on the water’s surface and beneath it. The project reportedly attracted interest from the UK Special Boat Service and even DARPA because of its unconventional capabilities and military-style versatility before eventually making its way into the Bond universe. In Spectre, the matte-black machine appeared in Q’s workshop alongside the iconic Aston Martin DB10, instantly becoming one of the more memorable background vehicles in the film.

Designer: Bonhams

Now heading to auction through Bonhams, the SC3 remains the only prototype ever produced, making it less of a practical recreational craft and more of a collectible piece of engineering history. Its rarity is amplified by the fact that no production version ever followed, despite the concept demonstrating genuine functionality both above and below the waterline.

On the surface, the SC3 behaves much like a high-performance jet boat. It is powered by a Kawasaki 1,498cc inline four-cylinder engine connected to a jet-drive propulsion system, allowing it to skim across the water at impressive speeds. The real transformation begins once the craft enters deeper waters. With the underwater mode activated, electrically powered thrusters take over while hydrodynamic control surfaces guide the vessel beneath the surface at speeds of around three knots.

Unlike traditional submarines, however, the SC3 does not feature a sealed or pressurized cabin. Occupants are exposed directly to the surrounding water and must wear full diving gear before submersion. This open-water diving approach significantly reduces complexity and weight while creating an experience closer to underwater flight than conventional submarine travel. The setup accommodates three people, including the driver and two passengers, all seated in exposed racing-style seats integrated into the craft’s lightweight body.

Visually, the SC3 still looks every bit like a futuristic Bond vehicle. The original composite plastic bodywork remains intact, paired with carbon-fiber construction elements and upholstered leather racing seats that reinforce its cinematic personality. Its aggressive low-slung silhouette, combined with stealth-inspired matte-black paintwork, gives it an appearance that still feels ahead of its time more than a decade after it was built.

Vehicles attempting to combine marine and underwater transportation are exceptionally rare because of the engineering compromises involved. The SC3 stands out precisely because it became a fully operational prototype rather than a concept sketch or film mock-up. That achievement alone makes it one of the most unusual experimental watercraft ever created and an undeniably fascinating piece of Bond-related automotive history.

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5 Best Automotive Designs From May 2026 That Actually Solved Something

Automotive design in May 2026 is being shaped less by motor show stages and more by individual designers working outside traditional studio systems. The most compelling concepts this month didn’t arrive with manufacturer press releases. They arrived with a point of view, a specific problem to solve, or a visual language worth paying close attention to. That independence is producing some of the most focused design thinking the industry has seen in years.

The five designs below span endurance racing prototypes, road hypercars, a reimagined icon, a utility e-bike, and a resurrected nameplate. What connects them isn’t a shared aesthetic; it’s intentionality. Each one either solves something real or pushes a visual language somewhere it hasn’t traveled before. These aren’t mood board exercises. They’re the kind of design thinking that eventually turns into the vehicles you actually want to own.

1. Renault Double Barrel Le Mans Hypercar Concept

The Double Barrel arrives with a premise so clean it makes most motorsport concepts look timid. Designer Kim reached back to the 1955 Nardi Giannini ND750 Bisiluro, an Italian streamliner that split its driver and engine across two separate fuselages connected by a central spine, and repurposed that architecture entirely. Where the Bisiluro used twin bodies for straight-line speed, the Double Barrel uses them to solve endurance racing’s most persistent safety problem: the pit stop. Two independent pods, one for the driver and one for the hydrogen powertrain, each replaceable in ten seconds.

The engineering logic is tight. The hydrogen module integrates the fuel cell stack, electric motors, power electronics, and thermal management into a single cartridge that loads into the left fuselage through a shotgun-inspired breech mechanism. The driver pod on the right contains the safety cell, steering column, and pedal box as a self-contained unit. A central carbon monocoque spine handles both structural loads and aerodynamic surfaces. For anyone who follows endurance racing and its history of pit lane accidents, this is the concept that makes Le Mans’ darker chapters feel like a problem finally approaching a structural answer.

What we like:

  • The twin-fuselage architecture solves a real safety problem through engineering rather than regulation, making it one of the few motorsport concepts this year that’s genuinely consequential in its thinking rather than purely formal
  • The hydrogen powertrain module treating propulsion as a replaceable cartridge is a significant conceptual shift, with the potential to bring refueling closer to a ten-second operation under pit lane conditions

What we dislike:

  • Splitting mass across two fuselages introduces aerodynamic and structural complexity that existing endurance racing regulations weren’t written to accommodate, which means the concept would require a regulatory framework to be built around it
  • The specialized pit equipment required for module swaps places significant infrastructure demands on teams, essentially asking the entire paddock to standardize around a system that currently exists only as sketches

2. Aston Martin Veil Concept

Hyunwoo Kim’s Veil asks a question Aston Martin’s own studio probably can’t ask while managing current production timelines: what happens to the brand’s visual language when you trade angular carbon fiber aggression for something closer to organic sculpture? The result is a hypercar where every surface transition is so smooth you’d need calipers to find the break points. The teal finish, a near-match for Aston’s current F1 team livery, doesn’t just reference the brand’s motorsport presence; it makes every curve feel like light bending around water.

Kim developed the concept through physical paper mock-ups before committing anything to CAD, and the proportions show it. From above, the Veil reads like a manta ray, with massive rear fender volumes extending from a central spine that bisects the cockpit. The process produced surface relationships that feel discovered rather than designed. The concept was subsequently photographed alongside Aston Martin F1 team members, suggesting Gaydon took notice. For design followers, this is the kind of work that maps where a brand’s visual language might be heading in a decade.

What we like:

  • The paper mock-up development process is rare in an era of pure CAD workflows, and it produced proportions and surface relationships that feel genuinely spatial in a way that screen-first design rarely achieves
  • The teal livery reference creates a coherent visual link between Aston’s motorsport identity and its road car future without resorting to obvious badging or explicit F1 call-outs

What we dislike:

  • The ultra-smooth surface language, while visually striking, raises real questions around cooling and downforce that a functional prototype would need to resolve before the form could survive contact with actual track conditions
  • The concept exists as a personal exploration without confirmed manufacturer involvement, which limits how directly it can influence what Gaydon’s advanced studio is working on right now

3. McLaren F1 Concept

Kevin Andersson’s reimagining of the McLaren F1 operates in the most demanding space in automotive design: the icon reboot. Gordon Murray’s original was shaped by specific constraints, 1990s carbon fiber manufacturing limits, and aerodynamic understanding that three decades of Formula 1 development have since transformed completely. Andersson’s concept strips those constraints away while keeping the design philosophy intact. The long hood, the cab-forward greenhouse, the rear haunches that read as muscle rather than theater. Everything that made the original feel inevitable still does, translated into a contemporary surface language.

The renders, produced in Blender and presented in both glossy white and dark gray, show a car McLaren’s design studio could plausibly release today if the brand decided to revisit its analog past. The naturally aspirated engine placement stays legible in the hood proportions, and the whole form reads as a single cohesive object rather than an assembly of surfaces. For anyone who grew up wanting an F1 and couldn’t get close to owning one, this is the version that proves the original’s proportions remain the most elegant answer to the question of what a driver’s car should look like.

What we like:

  • The long hood and cab-forward stance preserve the original F1’s spatial logic in a completely contemporary surface language, showing that Murray’s proportional decisions were correct beyond their era
  • The Blender workflow produces photoreal renders that communicate design intent with enough clarity to evaluate the concept seriously, rather than treating it as a sketch exercise

What we dislike:

  • As a personal study completed without McLaren’s involvement, there is no direct pathway for the concept to influence actual product direction at Woking, which limits its reach beyond the design community
  • The dark gray render obscures surface detail in areas where the concept’s nuance lives, making certain transitions harder to read and the full quality of the work more difficult to assess

4. Segway Muxi E-Bike

First introduced at CES 2026, the Muxi is Segway’s first short-tail utility e-bike, and it makes its case through restraint rather than specification sheets. It carries a payload of up to 418 pounds and accommodates optional accessories, including a child kit, but it doesn’t look like a cargo barge doing it. The step-through frame keeps access easy, integrated frame storage maintains a clean silhouette, and the whole package reads as a practical daily tool rather than a conspicuous statement about urban mobility values.

The 750W rear hub motor produces 80 Nm of torque, paired with a 48V, 716Wh battery delivering up to 80 miles of range per charge. Riders can toggle between Class 1 and Class 2 modes depending on terrain and local regulations. For urban commuters who need to carry real loads without a car, the Muxi offers something genuinely useful: a vehicle that handles groceries, gear, or a child passenger without requiring a license or a parking permit. The design keeps that utility from reading as a compromise, which is a harder problem to solve than it looks.

What we like:

  • The 80-mile range paired with 418-pound payload capacity makes the Muxi a credible car replacement for short-range urban logistics without the bulk or visual weight of traditional long-tail cargo bikes
  • The step-through frame and integrated storage keep the silhouette honest and uncluttered, which reflects thoughtful design decision-making rather than feature stacking

What we dislike:

  • The short-tail format, while visually leaner, does limit rear cargo platform length compared to long-tail alternatives, which matters for riders carrying larger or less stackable loads regularly
  • Class 1 and Class 2 mode flexibility is useful, but the cap on assisted speed that comes with staying below Class 3 territory will frustrate commuters who need to keep pace with faster urban traffic

5. Freelander Electric SUV

The Freelander nameplate’s return arrives as a JLR and Chery co-development, and the design treats its heritage with more precision than most revivals manage. The boxy silhouette, upright stance, and angled D-pillar all reference the original three-door Freelander from the late 1990s without tipping into pure nostalgia. The rugged proportions stay consistent with classic Land Rover SUV design, while modern lighting elements and a more contemporary design language prevent the whole thing from reading as a tribute act rather than a genuine successor with something new to offer.

The technical foundation centers on an 800-volt platform supporting fully electric, plug-in hybrid, and range-extended electric configurations across a planned lineup of six models. Production takes place at the Chery-Jaguar Land Rover joint-venture facility in Changshu, China, combining British design direction with Chinese EV platform technology. For buyers who want a compact, capable off-roader with genuine electrification credentials and a nameplate that carries weight, the new Freelander’s combination of design heritage and modern platform engineering gives it a strong opening argument before a single production car rolls out.

What we like:

  • The angled D-pillar and upright stance respect the original Freelander’s design DNA without reducing the new car to a retro exercise, striking a balance that most nameplate revivals fail to find
  • The 800-volt platform supporting multiple powertrain configurations gives buyers real flexibility across six planned model variants rather than locking the lineup into a single electrification strategy

What we dislike:

  • The Chery co-development structure raises legitimate questions about how much of JLR’s build quality reputation will translate across a manufacturing partnership, regardless of how strong the design direction is
  • Six models across a freshly relaunched lineup is an ambitious target that risks diluting design consistency before the Freelander brand identity has had time to re-establish itself in a competitive EV market

The Best Design Always Starts With a Problem Worth Solving

What the strongest designs this month share is a willingness to treat constraints as creative material rather than obstacles. Whether that means engineering a Le Mans pit stop into a ten-second module swap, developing a hypercar form from physical paper before touching a computer, or bringing back a beloved nameplate through a cross-continental manufacturing partnership, the best work here didn’t arrive from playing safe.

Design is always a negotiation between ambition and reality. The concepts at the top of this list lean hardest into ambition, and the production-bound entries use real engineering constraints to sharpen rather than limit their vision. If these five designs reflect the direction automotive culture is moving, the next few years should produce some of the most considered vehicles the industry has attempted in a long time.

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LEGO Icons Road Bike is an intricate 1,015-piece buildable set for grown-ups

There’s something about the intricately scaled-down models of vehicles that takes me back to the nostalgic times. The memory of the miniature bicycle model that I used to play with as a kid flashed right in front of my eyes as soon as I laid my eyes on this latest LEGO release. The 1,015-piece set dubbed Road Bike is a more modern interpretation of the aero bicycles that we see these days.

Apparently, this is the first-ever road bike model in LEGO Group’s portfolio, and I’m glad they made it under the LEGO Icons moniker. No surprise, the set that was up on LEGO Ideas for years has now finally made it to the official lineup. According to the official press release, the bike is a “sports-inspired décor that celebrates the world of cycling.” Perhaps the perfect prop for Tour de France fans.

Designer: LEGO Group

This set comes just in time for the summer sporting season, as cycling enthusiasts gear up for adventures unknown. Indeed, a true replica bicycle to build from scratch and place on their living room shelf to go with the mood. Just like with other LEGO Icons models in the lineup, the set captures every little detail of the real thing, and when completely put together, it stands at 24 inches long and 14.2 inches tall. That’s quite a sizeable LEGO set that would need some clearing up of space on your desk.

It’s not just the looks that are impressive. The LEGO Road Bike comes with a fully functional drivetrain and freewheel to indulge in the fun. Since it is a two-wheeler, putting it up on the flat surface is done courtesy of the wheel-lift bike stand. In this configuration, the bike wheel can be pedaled freely with the one-way gear chain drive mechanism in the signature silver colorway. The level of detail flows into the brake calipers, derailleurs, clipless pedals, and the removable water bottle.

The build from scratch starts off with a red and black composite frame, on which the intricate brick pieces connect to form the handlebars, movable steering, rear light attached to the saddle, and the realistic rubber wheels with spokes. Although the bicycle is formed from plastic brick pieces, the end product gives off the look of a welded metal commuter. To make things interesting, the attachments are removable for easy cleaning to maintain the pristine look of the display set.

The only thing missing in the set is a giant minifigure (just nitpicking), but you can easily pick up another fitting prop from your collection to complete the look. LEGO Road Bike is all set for a June 1 launch with pre-orders already open for a $130 price tag.

 

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LEGO Icons Road Bike is an intricate 1,015-piece buildable set for grown-ups

There’s something about the intricately scaled-down models of vehicles that takes me back to the nostalgic times. The memory of the miniature bicycle model that I used to play with as a kid flashed right in front of my eyes as soon as I laid my eyes on this latest LEGO release. The 1,015-piece set dubbed Road Bike is a more modern interpretation of the aero bicycles that we see these days.

Apparently, this is the first-ever road bike model in LEGO Group’s portfolio, and I’m glad they made it under the LEGO Icons moniker. No surprise, the set that was up on LEGO Ideas for years has now finally made it to the official lineup. According to the official press release, the bike is a “sports-inspired décor that celebrates the world of cycling.” Perhaps the perfect prop for Tour de France fans.

Designer: LEGO Group

This set comes just in time for the summer sporting season, as cycling enthusiasts gear up for adventures unknown. Indeed, a true replica bicycle to build from scratch and place on their living room shelf to go with the mood. Just like with other LEGO Icons models in the lineup, the set captures every little detail of the real thing, and when completely put together, it stands at 24 inches long and 14.2 inches tall. That’s quite a sizeable LEGO set that would need some clearing up of space on your desk.

It’s not just the looks that are impressive. The LEGO Road Bike comes with a fully functional drivetrain and freewheel to indulge in the fun. Since it is a two-wheeler, putting it up on the flat surface is done courtesy of the wheel-lift bike stand. In this configuration, the bike wheel can be pedaled freely with the one-way gear chain drive mechanism in the signature silver colorway. The level of detail flows into the brake calipers, derailleurs, clipless pedals, and the removable water bottle.

The build from scratch starts off with a red and black composite frame, on which the intricate brick pieces connect to form the handlebars, movable steering, rear light attached to the saddle, and the realistic rubber wheels with spokes. Although the bicycle is formed from plastic brick pieces, the end product gives off the look of a welded metal commuter. To make things interesting, the attachments are removable for easy cleaning to maintain the pristine look of the display set.

The only thing missing in the set is a giant minifigure (just nitpicking), but you can easily pick up another fitting prop from your collection to complete the look. LEGO Road Bike is all set for a June 1 launch with pre-orders already open for a $130 price tag.

 

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This Tiny Bike Trailer Secretly Slides Out Into a 2-Person Camper

Bike-towable camping trailers have their fan base. Such living on the move facilities are redefining adventures for cyclists, especially in Europe, with their versatility and sustainability. BeTriton’s camper, trailer and boat in one, is the best bike camping alternative I have seen. That doesn’t mean the wooden e-bike-towable trailer designed by Fahrrad-Campen is any less of a wonder. Talking of which, now we have come across another very similar (yet different) bicycle-towable teardrop, which is perhaps the first hard-walled camper with a slide-out component to increase the compact living space.

This is the Eco Slide Out. It is designed as a modular alternative to fixed body campers. Cyclists desirous of more space, when they are out with their partner, can opt for the Eco Slide Out, which instantly spreads out to increase the living space when needed. Along with the expansion, the lightweight form factor of the camper really positions it as one of the finest bike-camping options on the market.

Designer: Alpencamper

Before you start pooling up the finances to pick one, be informed that the Eco Slide Out is the brainchild of Switzerland-based Alpencamper. The bicycle camping trailer is currently available in the home country and can be shipped to other parts of Europe. We have no word on its global availability at the time of writing.

The camping trailer weighs 115 lb (52 kg) when empty and measures a little over 7 feet in length. It is 4 feet 2 inches high and almost 3 feet wide. On the inside, the camper has a 4-foot ceiling height, which may not be the most comfortable. But almost 7 feet long and slightly under 5 feet wide living space inside, makes the Eco Slide Out a fitting companion for solo trips. Even if you like sleeping like a starfish, you have enough space in there. And when you are traveling with another person and you need more space, this flexible camper can slide out 50 cm to increase the interior space.

It’s notable here that the entire length of the camper does not slide out. The slide-out is centered within the sidewall. The middle section protrudes out, leaving some space on the sides. It will be less space than you could expect if the entire length of the camper slid out, but what you get with the enhanced space is pretty comfortable for a couple of campers. Ventilation and light are maintained by a plastic window featuring an integrated blind and insect screen.

Alpencamper Eco is made from lightweight aluminum and features 3 cm thick composite panels for insulation, making it livable in summer and transitional seasons. It is not off-grid compatible like the GoCamp, but the high-quality materials ensure the Eco is a stable ride despite the minimal weight. To that end, it is designed for long-distance travel.

The camper features a sleeping area slightly raised from the floor to create 270 liters of storage space below. It can carry 32 kg of payload and features a compartment dedicated to a composting toilet. Eco allows the camper to separate from the two-wheel trailer to function as a cargo trailer in city confines. Alpencamper is selling the Eco Slide Out for CHF 8,350 (roughly $10,000).

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Get 60 MPH Dirt Bike Performance for $5,299 with Segway’s Xaber 300 Electric Motorcycle

Segway is a name long associated with self-balancing scooters and urban mobility, but the company’s latest release signals a decisive shift into far more serious territory. With the launch of the Xaber 300, Segway enters the electric off-road motorcycle segment with a machine that is less novelty and more legitimate contender. Priced at $5,299.99 and arriving at select U.S. dealers from mid-May 2026, the Xaber 300 is one of the most accessible entries into high-performance electric dirt biking to date.

The performance dirt bike is built around a 21 kW mid-drive motor, delivering output that firmly places it beyond the typical e-bike category. With a claimed top speed of around 60 mph, the two-wheeler performs closer to a lightweight motorcycle than a recreational electric bicycle. Its aluminum frame contributes to a total weight of approximately 187 pounds, making it significantly lighter than most traditional gas-powered dirt bikes while still maintaining structural rigidity suited for off-road riding.

Designer: Segway

Moving away from its commuter-focused roots, Segway has given the bike a full enduro-style silhouette with an aggressive stance, long-travel suspension, and proportions aligned with established dirt bike ergonomics. This marks a clear industrial design shift, signaling the brand’s move into performance-oriented territory.

Smart Tech Meets Traditional Riding Feel

One of the defining technical elements is Segway’s X720 controller, paired with a virtual clutch system. While electric motorcycles typically eliminate gear shifting, this setup mimics aspects of combustion-engine riding by allowing riders to modulate power delivery more precisely. The result is a more engaging experience, especially for those familiar with traditional dirt bikes.

Additional features such as wheelie control and multiple ride modes further enhance the riding experience, blending genuine motorcycle engineering with software-driven refinement. These elements indicate that the Xaber 300 is not just about raw performance, but also about delivering a nuanced and controllable ride.

Aggressive Pricing and Market Impact

The Xaber 300’s pricing is one of its most disruptive aspects. At $5,299.99, it undercuts many established electric dirt bike competitors like Sur-Ron and Talaria, which typically command higher prices for similar performance levels. This positions the bike as a strong value proposition for both experienced riders and newcomers entering the segment. At the same time, Segway’s move raises questions about brand perception. Known primarily for consumer-tech mobility products, the company is now stepping into a space defined by rugged performance and heritage. Whether the Segway badge can fully resonate with traditional riders remains to be seen, but the product itself demonstrates a serious commitment.

More broadly, the Xaber 300 reflects a shift in the electric motorcycle industry. As technology advances and costs decrease, high-performance electric off-road bikes are becoming more accessible. Segway’s entry into this space highlights how mainstream brands are beginning to reshape the category, pushing it closer to widespread adoption.

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Everyone Said Hydrogen Was Dead. Then 2026 Happened.

Toyota Tacoma H2-Overlander

The hydrogen fuel cell vehicle has been declared dead so many times that the obituary writers have a template saved. Battery EVs won, the infrastructure never materialized, and Toyota’s Mirai became the punchline for a technology that arrived a decade too early and never quite recovered. That was the consensus heading into 2025. Then, in roughly a six-week window, Toyota rolled a hydrogen-electric Tacoma concept onto the SEMA floor, dropped a 2026 Mirai refresh, and unveiled a liquid-hydrogen Le Mans racer, and Hyundai answered with a redesigned NEXO and a striking FCEV concept that previewed an entirely new design language for the brand.

What makes this moment different from previous hydrogen revivals is the context it landed in. A world freshly reminded of oil’s political weight is a world considerably more receptive to the hydrogen pitch, and these announcements, made before any of that, now read as remarkably well-timed. Toyota and Hyundai weren’t reacting to geopolitics. They were already building. The current moment simply handed their work a much larger audience than it might otherwise have found, and the design language pouring out of Toyota City and Seoul tells a story the analyst reports keep missing: hydrogen’s most interesting chapter is being written right now, in metal and carbon fiber and recycled aero panels, on a SEMA show floor and a Le Mans pit lane.

Designer: Toyota

Toyota Tacoma H2-Overlander

The most conceptually ambitious piece in Toyota’s recent hydrogen push is the Tacoma H2-Overlander, built by TRD teams in California and North Carolina for the 2025 SEMA Show in November. Built on the proven TNGA-F truck platform, it replaces internal combustion with a second-generation Mirai fuel cell stack paired with three frame-integrated hydrogen tanks holding 6 kg of fuel. Two electric motors — 301 horsepower up front, 252 at the rear — deliver a combined 547 horsepower, which on paper makes it one of the most powerful Tacomas ever conceived. But horsepower is the least interesting thing about this truck. The fuel cell exhausts a single byproduct from the process it uses to produce electricity: water, and Toyota engineered a patent-pending water recovery system that captures and filters that H2O for camping and outdoor use. Distilled water from a tailpipe, in a truck that can simultaneously charge two EVs through dual NEMA 14-50 outlets via a 15-kW power takeoff. That is a design argument, not just a spec sheet.

Toyota Tacoma H2-Overlander

The argument Toyota is making with the H2-Overlander is the most important one hydrogen advocates have ever attempted: that the infrastructure problem, which has strangled FCEV adoption in urban markets for two decades, simply ceases to matter once you take the vehicle off the grid. A Tacoma disappearing into backcountry terrain where there are no hydrogen stations is not a problem for hydrogen. It is hydrogen’s strongest use case. The concept’s exterior features a custom overlanding camper built from recycled carbon-fiber aero panels, and the whole truck reads as a coherent design thesis rather than a show-floor stunt. Toyota Racing Development built this under an extremely compressed timeline, relying on advanced CAD modeling and multi-site collaboration to retrofit an entirely new powertrain into a platform never designed for it. The pressure showed in the ambition of the result, which is a phrase you rarely get to write about concept vehicles.

Toyota Gazoo Racing GR LH2 Racing Concept

Toyota did not stop at SEMA. At Le Mans in June 2025, Toyota unveiled the GR LH2 Racing Concept, an evolution of a static design study the marque had presented at the same event in 2023, now underpinned by the chassis from its FIA World Endurance Championship-contending GR010 Hypercars. The GR LH2 runs on liquid hydrogen rather than compressed gaseous hydrogen, which requires storing the fuel at approximately minus 253 degrees Celsius and introduces a completely different set of engineering and packaging challenges. Toyota describes it as a testbed for not just the propulsion system itself but also the infrastructure and refueling requirements it will demand, and team principal Kazuki Nakajima confirmed that a first public on-track test is approaching without committing to a specific date. The Le Mans organizers have tentatively committed to a hydrogen-powered class potentially as early as 2026. Toyota, which has been running hydrogen-combustion Corollas in Japan’s Super Taikyu series since 2021, is the obvious frontrunner for that grid. Motorsport as a hydrogen proving ground is a strategy Toyota has been executing quietly for years, and the GR LH2 is what that strategy looks like when it graduates to the main stage.

Toyota Gazoo Racing GR LH2 Racing Concept

Hyundai’s approach runs in parallel, and deliberately so. Where Toyota has been stress-testing hydrogen across use cases — luxury sedan, off-road truck, endurance racer — Hyundai has been doubling down on hydrogen as a premium SUV proposition with a design language confident enough to treat the powertrain as an asset. Introduced at the Seoul Mobility Show in April 2025, the all-new NEXO is based on the INITIUM concept unveiled in October 2024 and embodies Hyundai’s new “Art of Steel” design language, built around the inherent tension and formability of steel as a material statement rather than a neutral manufacturing choice. That design language will be applied exclusively to hydrogen-powered vehicles within Hyundai’s lineup, which is a meaningful brand decision. Hyundai is not just refreshing a car. It is building a visual identity for hydrogen as a category, separating FCEVs from BEVs at the design language level so that a buyer can read the powertrain from across a parking lot. The HTWO lamp signatures, derived from the molecular formula for hydrogen and Hyundai’s hydrogen brand name, appear front and rear as dedicated FCEV-specific design cues. That kind of systematic visual differentiation takes conviction, and conviction is something hydrogen advocacy has historically lacked.

Toyota Mirai 2026

The 2026 NEXO targets a driving range of up to 447 miles on a single fill, refuels in approximately five minutes, and becomes the first FCEV to offer towing capability in European markets, a specification that quietly dismantles one of the lingering criticisms of fuel cell vehicles as impractical luxury objects. A hydrogen SUV that can tow is no longer a commuter car wearing premium clothes. It is a direct competitor to diesel utility vehicles in markets where towing capacity is a purchase decision, not an afterthought. The interior has been reimagined as what Hyundai calls a “Furnished Space,” with Relaxation Seats, a Bang and Olufsen 14-speaker audio system, vehicle-to-load capability up to 3.6 kW, and a curved dual 12.3-inch display system. The cabin ambition is clear: Hyundai wants the NEXO to compete on interior quality with premium German SUVs, and it wants the hydrogen powertrain to feel like a selling point rather than a compromise the buyer tolerates.

Toyota Mirai 2026

BMW and Honda both have hydrogen programs running in parallel, and the commercial truck sector has been deploying hydrogen fuel cells at scale for longer than most passenger car advocates acknowledge. But Toyota and Hyundai are the two companies whose recent design output makes the strongest collective argument for hydrogen as a coherent, multi-use-case technology with real visual language and real engineering ambition behind it. The obituary writers got the timing wrong. Hydrogen in 2025 looks less like a technology in retreat and more like one that has been quietly doing its homework, waiting for the moment when the world would finally pay attention. That moment, for reasons nobody in Toyota City or Seoul planned for, appears to have arrived.

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Aston Martin Concept Reimagines British GT Design with 30% More Aggression and Zero Corporate Compromise

Aston Martin’s design language has evolved remarkably little over the past two decades when you strip away the marketing talk and focus on the actual forms. The grille is always a wide, low trapezoid. The side strakes always bisect the doors. The DRLs always sit in the outer corners of the headlight clusters. The roofline always describes a fastback arc that terminates in a ducktail or integrated spoiler. These aren’t criticisms, they’re observations about a brand that has figured out a formula that works and seen no compelling reason to abandon it. The DB9 introduced this vocabulary in 2004, and every subsequent model (DB11, Vantage, DBS, DBX) has been a variation on that same grammatical structure. It’s a conservative approach that has kept Aston Martin visually coherent across multiple model cycles, but it also means the brand’s design evolution tends to happen in increments rather than leaps.

Naoto Kabayashi’s Vanagandr concept asks what happens when you take that established vocabulary and dial the intensity up by about thirty percent. The grille is still recognizably an Aston Martin grille, but it’s more sculptural, more three-dimensional, integrated into the front fascia in a way that makes it feel like part of the car’s structure rather than an applique. The side strakes are still there, but they’ve dissolved into body surfacing that creates similar visual breaks without relying on traditional panel separators. The headlights are still outer-mounted, but they’ve become slim horizontal blades with an internal graphic that references current Aston Martin DRL signatures while pushing the execution further. Every signature element has been reinterpreted through a lens that prioritizes monolithic surfacing and aerodynamic integration over heritage preservation. Whether Aston Martin’s own design team will ever feel bold enough to make these kinds of moves in production is an open question, but Kabayashi’s renders make a compelling case for why they should at least consider it.

Designer: Naoto Kobayashi

The front fascia is where Kabayashi’s reinterpretation feels most radical. That signature Aston Martin grille, typically a relatively flat panel with a mesh insert, has been transformed into a deeply recessed cavity flanked by aggressive sculpted surfaces that channel air around the nose. The grille opening itself splits into two distinct sections, a lower primary intake and an upper secondary element that sits just below the leading edge of the hood, creating a layered depth that production Aston Martins rarely attempt. Flanking this central structure are vertical air curtain intakes that look like they were carved out of the bodywork with surgical precision, their sharp-edged openings creating visual tension against the organic curves surrounding them. The headlights are razor-thin horizontal elements that extend almost to the wheel arches, with a DRL graphic inside that consists of stacked horizontal bars, a contemporary interpretation of the current Vantage’s lighting signature. It’s aggressive without being cartoonish, purposeful without sacrificing the elegance that defines the brand.

The wheelbase looks stretched, the front wheels pushed far forward to create that classic long-hood silhouette that telegraphs front-engine GT performance from a quarter mile away. The greenhouse is compact and sits low on the body, with a roofline that arcs rearward in a smooth fastback curve before terminating in what appears to be an integrated ducktail spoiler. The side strakes, a design element Aston Martin has carried forward from the DB9 through every subsequent model, have been reimagined as flowing body creases that start just behind the front wheel arch and sweep rearward along the door, creating visual length while also suggesting functional aerodynamic channeling. The rear haunches swell outward dramatically, emphasizing the rear-wheel-drive layout and creating muscular surfaces that catch light in ways that flat panels never could. Multi-spoke wheels in what appears to be gloss black fill the arches completely, and the absence of visible door handles suggests either pop-out units or touch-sensitive entry, both of which have become increasingly common in contemporary supercar design.

The rear three-quarter view reveals how Kabayashi has handled the challenge of creating a visually interesting tail without resorting to the aggressive aero addenda that defines modern track-focused supercars. The fastback roofline flows into a gently integrated spoiler that rises organically from the rear deck, avoiding the bolt-on appearance of aftermarket wings while still suggesting functional downforce generation. The taillights are slim horizontal elements that wrap slightly around the rear haunches, their internal graphics invisible in these renders but likely consisting of the kind of intricate LED arrays that have become table stakes in the luxury performance segment. Below the taillights sits a rear diffuser treatment that’s more aggressive than anything currently in Aston Martin’s production lineup, with multiple channels and what appear to be dual exhaust outlets integrated into the lower fascia. The overall effect is of a car that’s been shaped by aerodynamics without being dominated by them, maintaining visual elegance while acknowledging the reality of high-speed stability requirements.

The surfacing across the entire body deserves its own discussion because it represents a significant departure from Aston Martin’s current approach. Production Aston Martins tend to use relatively simple, flowing surfaces with minimal interruption, relying on curvature and proportion rather than complex character lines to create visual interest. The Vanagandr maintains that philosophical approach but executes it with far more tension and drama. The hood appears to be a single uninterrupted surface that flows from the grille all the way to the windscreen, but it’s subtly crowned in the center with gentle concave sections flanking the raised spine, creating shadow play that makes the surface read as far more complex than it actually is. The doors similarly avoid hard character lines, instead using compound curves that transition smoothly from the wheel arches to the greenhouse, creating surfaces that look like they’ve been formed by airflow rather than stamped in a press. It’s the kind of surfacing that’s extraordinarily difficult to execute in production because it reveals every imperfection in panel gaps and alignment, which is probably why Aston Martin has historically been more conservative in this area.

The color chosen for these renders, a metallic violet that shifts between silver and blue depending on the lighting, does significant work in revealing the complexity of those surfaces. It’s close to Aston Martin’s Lunar White or Skyfall Silver, colors that prioritize surface revelation over visual pop, allowing the forms themselves to generate interest rather than relying on bold hues. In bright light the car reads as almost pure silver, emphasizing the sculptural quality of the bodywork. In shadow it takes on deeper blue and purple tones that add mystery and visual weight. The name Vanagandr, borrowed from Norse mythology where it refers to a wolf destined to break free during Ragnarok and devour the sun, feels appropriate for a design that seems bound by Aston Martin’s heritage while simultaneously straining against those constraints. Kabayashi has created something that respects the brand’s visual legacy while pushing aggressively toward a future that Gaydon’s own designers may or may not have the courage to pursue.

The post Aston Martin Concept Reimagines British GT Design with 30% More Aggression and Zero Corporate Compromise first appeared on Yanko Design.

Aston Martin Concept Reimagines British GT Design with 30% More Aggression and Zero Corporate Compromise

Aston Martin’s design language has evolved remarkably little over the past two decades when you strip away the marketing talk and focus on the actual forms. The grille is always a wide, low trapezoid. The side strakes always bisect the doors. The DRLs always sit in the outer corners of the headlight clusters. The roofline always describes a fastback arc that terminates in a ducktail or integrated spoiler. These aren’t criticisms, they’re observations about a brand that has figured out a formula that works and seen no compelling reason to abandon it. The DB9 introduced this vocabulary in 2004, and every subsequent model (DB11, Vantage, DBS, DBX) has been a variation on that same grammatical structure. It’s a conservative approach that has kept Aston Martin visually coherent across multiple model cycles, but it also means the brand’s design evolution tends to happen in increments rather than leaps.

Naoto Kabayashi’s Vanagandr concept asks what happens when you take that established vocabulary and dial the intensity up by about thirty percent. The grille is still recognizably an Aston Martin grille, but it’s more sculptural, more three-dimensional, integrated into the front fascia in a way that makes it feel like part of the car’s structure rather than an applique. The side strakes are still there, but they’ve dissolved into body surfacing that creates similar visual breaks without relying on traditional panel separators. The headlights are still outer-mounted, but they’ve become slim horizontal blades with an internal graphic that references current Aston Martin DRL signatures while pushing the execution further. Every signature element has been reinterpreted through a lens that prioritizes monolithic surfacing and aerodynamic integration over heritage preservation. Whether Aston Martin’s own design team will ever feel bold enough to make these kinds of moves in production is an open question, but Kabayashi’s renders make a compelling case for why they should at least consider it.

Designer: Naoto Kobayashi

The front fascia is where Kabayashi’s reinterpretation feels most radical. That signature Aston Martin grille, typically a relatively flat panel with a mesh insert, has been transformed into a deeply recessed cavity flanked by aggressive sculpted surfaces that channel air around the nose. The grille opening itself splits into two distinct sections, a lower primary intake and an upper secondary element that sits just below the leading edge of the hood, creating a layered depth that production Aston Martins rarely attempt. Flanking this central structure are vertical air curtain intakes that look like they were carved out of the bodywork with surgical precision, their sharp-edged openings creating visual tension against the organic curves surrounding them. The headlights are razor-thin horizontal elements that extend almost to the wheel arches, with a DRL graphic inside that consists of stacked horizontal bars, a contemporary interpretation of the current Vantage’s lighting signature. It’s aggressive without being cartoonish, purposeful without sacrificing the elegance that defines the brand.

The wheelbase looks stretched, the front wheels pushed far forward to create that classic long-hood silhouette that telegraphs front-engine GT performance from a quarter mile away. The greenhouse is compact and sits low on the body, with a roofline that arcs rearward in a smooth fastback curve before terminating in what appears to be an integrated ducktail spoiler. The side strakes, a design element Aston Martin has carried forward from the DB9 through every subsequent model, have been reimagined as flowing body creases that start just behind the front wheel arch and sweep rearward along the door, creating visual length while also suggesting functional aerodynamic channeling. The rear haunches swell outward dramatically, emphasizing the rear-wheel-drive layout and creating muscular surfaces that catch light in ways that flat panels never could. Multi-spoke wheels in what appears to be gloss black fill the arches completely, and the absence of visible door handles suggests either pop-out units or touch-sensitive entry, both of which have become increasingly common in contemporary supercar design.

The rear three-quarter view reveals how Kabayashi has handled the challenge of creating a visually interesting tail without resorting to the aggressive aero addenda that defines modern track-focused supercars. The fastback roofline flows into a gently integrated spoiler that rises organically from the rear deck, avoiding the bolt-on appearance of aftermarket wings while still suggesting functional downforce generation. The taillights are slim horizontal elements that wrap slightly around the rear haunches, their internal graphics invisible in these renders but likely consisting of the kind of intricate LED arrays that have become table stakes in the luxury performance segment. Below the taillights sits a rear diffuser treatment that’s more aggressive than anything currently in Aston Martin’s production lineup, with multiple channels and what appear to be dual exhaust outlets integrated into the lower fascia. The overall effect is of a car that’s been shaped by aerodynamics without being dominated by them, maintaining visual elegance while acknowledging the reality of high-speed stability requirements.

The surfacing across the entire body deserves its own discussion because it represents a significant departure from Aston Martin’s current approach. Production Aston Martins tend to use relatively simple, flowing surfaces with minimal interruption, relying on curvature and proportion rather than complex character lines to create visual interest. The Vanagandr maintains that philosophical approach but executes it with far more tension and drama. The hood appears to be a single uninterrupted surface that flows from the grille all the way to the windscreen, but it’s subtly crowned in the center with gentle concave sections flanking the raised spine, creating shadow play that makes the surface read as far more complex than it actually is. The doors similarly avoid hard character lines, instead using compound curves that transition smoothly from the wheel arches to the greenhouse, creating surfaces that look like they’ve been formed by airflow rather than stamped in a press. It’s the kind of surfacing that’s extraordinarily difficult to execute in production because it reveals every imperfection in panel gaps and alignment, which is probably why Aston Martin has historically been more conservative in this area.

The color chosen for these renders, a metallic violet that shifts between silver and blue depending on the lighting, does significant work in revealing the complexity of those surfaces. It’s close to Aston Martin’s Lunar White or Skyfall Silver, colors that prioritize surface revelation over visual pop, allowing the forms themselves to generate interest rather than relying on bold hues. In bright light the car reads as almost pure silver, emphasizing the sculptural quality of the bodywork. In shadow it takes on deeper blue and purple tones that add mystery and visual weight. The name Vanagandr, borrowed from Norse mythology where it refers to a wolf destined to break free during Ragnarok and devour the sun, feels appropriate for a design that seems bound by Aston Martin’s heritage while simultaneously straining against those constraints. Kabayashi has created something that respects the brand’s visual legacy while pushing aggressively toward a future that Gaydon’s own designers may or may not have the courage to pursue.

The post Aston Martin Concept Reimagines British GT Design with 30% More Aggression and Zero Corporate Compromise first appeared on Yanko Design.

Roam Rider SL pickup camper pops up to create headroom, slides on both sides for more living space

Silver pickup truck with a mounted rooftop tent in a desert at sunset, blue sky.

There are pickup campers that extend outwards or those that pop-up. Now there is a third kind. The Roam Rider – an off-grid camper – that pops up to create headroom, and slides out (on either side) to increase the living space. Along with serious off-grid power capacity, the fascinating truck camper is also designed for all-season comfort. So, you can camp in the remotest location without having to worry about power and amenities, or having to give up your living convenience.

A twin-slide pop-up pickup camper, the Roam Rider SL, is designed primarily to sit atop 5-foot 6 inches truck bed. The company offers a customization option to tailor it to your truck bed requirements. The camper in its ready size measures roughly 12 ft long, 6 ft wide, and 5 ft high.

Designer: Roam Rider

Black pickup truck with a rooftop camper parked in a desert landscape of red rock formations under a blue sky.

White pickup with a raised rooftop tent against a bright blue sky and white snow dunes behind.

With an empty weight of 1,300 lbs, the Roam Rider SL is built in McKinney, TX, as an integral part of the company’s tough yet comfortable truck campers’ portfolio, made for real adventures. For its durability, the camper features an aluminum and fiberglass exterior, and XPS foam sheets sandwiched for insulation. Placed atop a truck bed, the Roam Rider SL feels snug. One can access the brightly lit interior of the camper through its rear entry door.

Camper van interior with white marble-look cabinets, a small fridge and drawer, grey cushioned seating, and quilted insulation above windows; compact kitchenette area on right side.

Camper van bedroom area with a raised wooden bed frame, grey mattress, and quilted silver insulation walls with side windows behind pleated blinds.

The natural lighting inside is ensured by a couple of mesh windows on each side of the pop-up camper. The pop-up roof itself is made of canvas and is supported by four stainless gas struts. The entire cabin from the walls to ceiling is insulated, while the eventful twin slide-out on either side gives the Roam Rider SL a unique vibe. It is complemented by sliding shelves and converting furniture, which easily adapt to the changing environment created by the camper’s sides sliding in and out.

Aircraft galley with a small induction cooktop, sink, and pull-out counter for food prep and meals.

Cozy camper van sleeping area with padded silver quilted walls, a wide gray mattress, and windows on both sides.

The Roam Rider SL has an interesting living environment, which is provided with a capable kitchen setup complete with appliances and amenities. The kitchen space has a 1500-watt induction cooktop sitting on a drop-down table, while a 12V dual zone refrigerator features on a sliding tray. The slide-out sink and folding faucet take care of the cleaning needs, and a 24-gallon freshwater tank onboard provides the needed water. An adjacent pull-out dining cum work table is where the prepared food is consumed.

Compact galley aboard a boat or RV with marble counters, a pull-out induction cooktop in a drawer, and a black gooseneck faucet over a sink.

Interior of a compact camper van with a kitchenette, grey cushioned seating, and quilted aluminum walls around windows.

The cabin is designed for sleeping up to 3 campers conveniently. The main slide-out bed can fit a couple, while the second, convertible bed can sleep one person. During the day, the single-person bed becomes a cushioned sitting area for up to four people. You can find multiple storage options inside the Roam Rider SL. Two slide-in cabinets, two drawers, a floor storage box, and a vertical storage box.

Interior of a compact vehicle bathroom with dark wood plank flooring, a white sliding door, and a blue-lit control panel on the right.

Interior of a modern ambulance with white cabinets, gray cushions, quilted walls, and a black textured floor

The camper is made for all-season adventures with a 7500BTU air conditioner and a 17,000 BTU diesel heater. A 4.8-gallon external diesel fuel tank is mounted on the back, which can provide fuel to the heater when you’re on an extended holiday in the winter. The camper is provided with a showering system, but there is no mention of a portable toilet inclusion. Though we learn that it features a 400Ah LiFePO4 lithium battery, paired with 320W solar panels. It also features a 3000-watt pure sine inverter, all for a starting price of $29,995.

Black Ford pickup with a rooftop tent parked on white sand dunes under a blue sky, a desert campsite setup on the vehicle's bed.

Camper van kitchenette with a fold-out marble counter, sink, stove, and a yellow Alpicool portable cooler on the floor beside the counter.

White marble galley with a fold-out counter extension, open storage underneath, and a built-in grill with a black gooseneck faucet on the right side.

Black pickup truck carrying a white camper shell with rooftop gear in a desert landscape, rock formation in the distance

 

The post Roam Rider SL pickup camper pops up to create headroom, slides on both sides for more living space first appeared on Yanko Design.