The 2026 F1 season marks the biggest technical reset the sport has seen in over a decade, with new power unit regulations that push electric deployment even harder and a reshuffled grid that includes Audi’s factory entry and Cadillac arriving as a legitimate constructor. It’s the kind of moment when the paddock genuinely opens up to new possibilities, when manufacturers who’ve been sitting on the sidelines start doing the math on whether an F1 program could actually make sense. Lamborghini will almost certainly remain on those sidelines, because spending nine figures annually to race in a series where your parent company already fields a team (Audi, also owned by Volkswagen Group) would be corporate redundancy at its most wasteful. But that didn’t stop designer Daniel Rodriguez from asking what a Lamborghini livery would look like if Sant’Agata Bolognese decided to crash the party anyway. If it did, it would be the third bull-based team on the track after Red Bull and Racing Bulls!

Rodriguez’s concept wraps a 2026-spec F1 car in Arancio Borealis and gloss black with a geometric lattice pattern that pulls directly from Lamborghini’s current design vocabulary. The hexagonal graphics echo the Revuelto’s taillight treatment and the angular obsession that defines the brand’s styling language, flowing from dense at the cockpit to sparse at the rear wing. Italian flag accents trace the halo and nose cone, sponsor logos for Macron and Eni add commercial credibility, and the raging bull emblem sits on the rear wing endplates where it would photograph beautifully in the pit lane even if TV cameras never caught it. The renders are good enough to pass for official press shots, lit with the kind of moody amber-to-black gradients that Lamborghini’s own marketing team would approve.

Designer: Daniel Rodriguez

What makes this livery work is that Rodriguez doesn’t try to make the F1 car look like a Lamborghini road car, because that’s impossible and also beside the point. An F1 car is a regulatory sculpture shaped by wind tunnel data and the FIA’s technical rulebook, and no amount of vinyl wrap changes that fundamental reality. Instead, the livery translates Lamborghini’s graphic and color vocabulary into a form factor that has nothing to do with mid-engine supercars, and it does so in a way that feels both authentic to the brand and appropriate for the paddock. The Arancio Borealis orange sits somewhere between molten lava and a traffic cone, instantly recognizable as Lamborghini without requiring the car to sprout scissor doors or a V12 exhaust note. The gloss black creates genuine visual tension rather than just contrast, breaking up the body in a way that emphasizes the car’s aerodynamic surfaces instead of fighting them.

The hexagonal lattice pattern running down the sidepods and over the engine cover is the detail that sells the whole concept. Lamborghini has been obsessed with hexagons since the Aventador introduced them as a recurring motif back in 2011, and they’ve since migrated to every surface the brand touches. Taillights, grilles, interior stitching, wheel designs, all of it hexagons. Rodriguez takes that obsession and applies it to the F1 car’s sidepods in a way that creates visual density without cluttering the canvas. The pattern starts tight and geometric at the front, creating a sense of structural integrity, then gradually opens up as it flows rearward, giving the eye a path to follow from cockpit to diffuser. It’s a graphic solution that respects both the brand’s identity and the car’s aerodynamic purpose.

The Italian tricolor is handled with restraint, running as a thin accent stripe that outlines the halo and reappears on the nose cone. It’s subtle enough to avoid looking like a generic tribute to the brand’s Sant’Agata Bolognese heritage, but prominent enough that the car reads as distinctly Italian when parked next to Ferrari’s red. The sponsor integration is equally thoughtful. Macron, the Italian sportswear brand that already kits out Bologna FC and the Italian national rugby team, appears on the sidepods and rear wing. Eni, the Italian energy giant with deep motorsport ties, gets placement on the engine cover. Both partnerships feel plausible rather than fantastical, the kind of commercial relationships Lamborghini could actually secure if they showed up to the grid tomorrow.

Even the mandated wheel covers, which the 2026 regulations require for aerodynamic efficiency and which most teams treat as blank canvases or necessary evils, get the hexagon treatment here. It’s a small detail that maintains visual consistency across every surface, ensuring the car reads as a cohesive design rather than a collection of sponsor panels held together by regulations. The raging bull emblem on the rear wing endplates is rendered in white against black, a detail that would be nearly invisible during race broadcasts but would photograph beautifully in static pit lane shots and pre-race media coverage.

Will Lamborghini actually enter F1 in 2026 or beyond? Almost certainly not. The economics don’t justify it, the brand’s identity doesn’t need F1 validation, and their motorsport budget is better spent on GT3 programs that connect directly to road car sales. But Rodriguez’s concept does something more valuable than predicting the future. It proves that Lamborghini’s design language is strong enough to survive translation into a form factor it was never intended for, and it shows what the 2026 grid would look like with a raging bull parked next to the prancing horse.

The post This 2026 Lamborghini F1 Livery Proves the Raging Bull Belongs on the Grid (Even If It Never Happens) first appeared on Yanko Design.

Most upcycling projects ask you to forget what something used to be. Omri Piko Kahan’s bike frame chairs ask the opposite. The geometry is still unmistakably a bicycle frame, the head tube, the top tube, the triangulated rear triangle, all of it present and accounted for, just oriented sideways and asked to hold a person instead of propel one. Kahan, an industrial designer based in Israel, builds lounge chairs from pairs of retired frames, and the whole point is that the donor material remains fully readable, repurposed without being disguised.

Structurally, the approach is clean and considered. Each frame pair is positioned symmetrically, fork and chainstay ends touching the floor as legs, the top tube running horizontally as an armrest. A slung seat and backrest in leather or canvas complete the form. The result has the relaxed posture of a Barcelona chair and the material honesty of something that was clearly built, not styled.

Designer: Omri Piko Kahan

Bicycle frames are absurdly overbuilt for what Kahan is asking them to do. A modern aluminum road frame is engineered to survive repeated impact loads from a rider pushing 300 watts through rough tarmac, and it does that while weighing somewhere between 1,000 and 1,400 grams. The structural surplus in that kind of engineering is enormous, which is why two of them positioned as a chair frame and asked to support a seated adult is, from a load-bearing standpoint, almost comically within spec. The geometry does the rest. Bicycle frames already resolve forces through triangulated sections, and a lounge chair asks for exactly that kind of lateral and compressive stability.

What Kahan has figured out is the orientation problem. Flip a frame on its side and the existing tube angles don’t automatically produce a useful chair geometry. The fork legs and chainstay ends need to hit the floor at the right height relative to each other, the top tube needs to land at armrest height, and the whole thing needs to produce a seat rake that doesn’t pitch you forward or swallow you whole. The matched top tube angles across both frames in the Cube and Trek build suggest this took real iteration, because they align with a precision that reads as deliberate rather than lucky. Filed fillets at the junctions and a custom setback upper support holding the sling confirm someone was paying close attention to finish quality.

The two builds photographed so far, one pairing a blue Cube road frame with a Trek, another combining a GT Transeo 3.0 with what appears to be a Supreme-branded MTB frame, show how much the donor bikes drive the final character of each piece. The GT build in particular has a longer wheelbase geometry that gives the chair a wider, more reclined stance than the Cube version. Kahan is taking custom orders, with pricing worked out per commission, which makes sense given that no two donor frame combinations will produce the same structural or ergonomic outcome.

The post These Old Bike Frames Upcycled Into Armchairs Are The Coolest Thing You’ll See Today first appeared on Yanko Design.

Could the most efficient VTOL design of the 21st century have been sitting in a patent office since 1928? Willard Ray Custer thought so, and spent decades trying to prove it. His channel wing concept, which set propellers into semicircular cutouts in each wing to blast high-velocity air across the lifting surface at low forward speeds, worked well enough that his team demonstrated near-vertical liftoff decades before the term eVTOL existed. Aviation’s mainstream never adopted it, partly because the aircraft of that period were too heavy and partly because the jet age arrived and swept most unconventional configurations off the table. The concept sat in aerospace history books, occasionally surfacing in academic papers and NASA wind tunnel tests, never finding its way into a production aircraft.

HopFlyt is the company making the argument that the wait is finally over. Founded in 2016 by Rob Winston, a former NASA engineer and Marine Corps test pilot, the Maryland-based startup has built the Cyclone, a hybrid VTOL drone that pairs Custer’s channel wing geometry with pivoting mounts, modern composites, and a hybrid electric-fuel drivetrain. The channels orient rearward for vertical takeoff, pivot beneath the wing for forward cruise, and can even act as aerodynamic brakes on descent. HopFlyt claims the configuration cuts climb power consumption by a third compared to conventional VTOLs, holds fuel burn to under three gallons per hour, and enables cargo runs of 250 lbs across 800-plus miles of range. A 2027 commercial launch is the target, aimed squarely at naval resupply, offshore energy logistics, and medical delivery markets.

Designer: HopFlyt

The engineering logic behind the channel wing is cleaner than it might first appear. A conventional fixed wing generates lift by moving through air fast enough for pressure differentials to do their work, which means you need significant forward velocity before the wing becomes useful. Custer’s insight was to bring the air to the wing instead, using a propeller seated inside a curved half-channel to accelerate flow across the lifting surface regardless of forward speed. HopFlyt’s pivoting channel takes this further, allowing the geometry to optimize for hover and cruise independently rather than compromising between them. Chief Engineer Neil Winston, whose background spans NAVAIR flight test, puts it plainly: the ideas were always there, but the digital control systems, electric motors, and lightweight materials needed to execute them simply did not exist until now.

The hybrid drivetrain is what gives the Cyclone its range credentials and separates it from the crowded field of pure-electric eVTOLs currently chasing urban air taxi certifications. Battery power handles the vertical takeoff and hover phases, where the channel wing’s efficiency advantage is most pronounced, while a turbogenerator takes over for forward cruise, extending endurance far beyond what any battery pack realistically supports today. HopFlyt puts the operational cost savings at 90 percent compared to helicopters performing equivalent missions, a figure that, if it holds up under real-world conditions, makes the Cyclone genuinely disruptive in sectors where helicopter logistics are currently the only viable option. Offshore energy platforms and naval resupply operations run on helicopter economics right now, and those economics are punishing.

HopFlyt has reached this point on a fraction of the capital that comparable advanced air mobility startups have burned through, operating out of a private hangar in Maryland with a team whose combined aerospace experience runs to over a century. The company is currently in a Series A raise to fund hybrid-electric prototype development and initiate flight demonstrations ahead of that 2027 target. Whether the Cyclone becomes the aircraft that finally vindicates Willard Ray Custer’s century-old intuition depends on what those demonstrations produce. The aerodynamics have always been sound. Now the rest of the technology has caught up.

The post Semicircular Wings give this Hybrid eVTOL an 800 Mile Range with 30% Less Power Consumption first appeared on Yanko Design.

Modern sailing superyachts often struggle to balance two competing priorities: the elegance and efficiency of wind-powered travel and the expansive living spaces typically associated with large motor yachts. The A100 sailing yacht concept approaches this challenge with a bold rethink of traditional yacht architecture. Developed through a collaboration between Van Geest Design and Rob Doyle Design, the 100-meter vessel proposes a layout that delivers the interior volume of a motor yacht while maintaining the identity and performance of a sailing superyacht.

At the core of the concept is a design strategy that maximizes usable space. Traditional sailing yachts require wide side decks for crew movement and sail handling, which limits interior width. The A100 concept reduces the width of these side decks, allowing the main deck to stretch nearly the full beam of the yacht. This architectural shift creates significantly larger interior spaces than typically found on sailing yachts of comparable size.

Designer: Van Geest Design and Rob Doyle Design

The main deck is designed as the primary social and living area. Here, the owner’s suite occupies a substantial portion of the deck, offering a level of space rarely seen on sailing yachts. Adjacent to the suite is a central lounge and formal dining area intended for gatherings and entertaining. An additional space can function as a library or a private cinema, adding flexibility to the interior layout. Large sections of glass surround these living areas, filling the interior with natural light and offering uninterrupted views of the ocean.

Below deck, the yacht accommodates guest cabins along with a variety of leisure-focused facilities. This level also houses a dedicated diving room and storage for water toys such as jet skis and e-foils, allowing guests to transition between onboard relaxation and water activities easily. The layout is designed to maintain a strong visual connection with the surrounding seascape while ensuring privacy and comfort for those on board.

Outdoor areas play an equally important role in this larger-than-life superyacht design. The upper deck includes the navigation and steering stations, along with flexible lounge spaces for relaxation or wellness activities. At the stern, a large beach club spans the full width of the yacht, creating a welcoming space for guests to gather close to the water. Toward the bow, storage areas accommodate tenders and recreational equipment without disrupting the clean lines of the deck.

The sailing system is based on two free-standing DynaRig masts, a modern configuration used on some of the world’s largest sailing yachts. The system employs curved yards that support multiple sails, all of which can be deployed and adjusted electronically at the push of a button. The rotating masts simplify sail handling while maintaining efficient propulsion for a vessel of this scale.

Beyond its layout and sailing system, the A100 concept also reflects growing interest in more sustainable superyacht designs. By relying heavily on wind propulsion supported by advanced onboard energy systems, the concept explores ways to reduce reliance on conventional engine power. If brought to life, the A100 would stand among the largest sailing yachts ever built!

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It’s rare to come across a capable mobile living unit built onto the back of a Midsize Light Commercial Vehicle (LCV). The versatile delivery truck platform has the power and capacity to carry a living unit, but it’s not a preferred conversion choice for obvious reasons: It wouldn’t go beyond the convenient city and semi-urban paths.

If you’re someone who is content with camping in designated sites and parks at accessible distances over a weekend; the Ari 458 Pro electric camper van is tailored for your ‘compact, efficient and consistently sustainable’ lifestyle. For those who prefer the rugged wilderness, look over for other options.

Designer: Ari Motors

Created in Germany by Ari Motors, the Ari 458 Pro doesn’t have the rugged appearance: It’s not meant to be a mean adventure rig. The docile appearance may not be German, but the quality of what you get onboard the motorhome – space-saving design with maximum flexibility for living and traveling – is definitely German, if you know what I mean.

Designed to be Germany’s smallest electric camper van out there, Ari 458 Pro is created keeping in mind adventurers and family campers interested in short vacations. The mini-camper with 30 square feet of living space has a top speed of 70 km/h (44 mph) and about 230 kilometers (143 miles) range. It draws power from a solitary 23.5kWh electric motor, which produces up to 20 horsepower.  A choice of 15kWh battery is also available. It will perhaps reduce the range from 143 to roughly 112 miles.

It comes based on a resilient chassis with an integrated power supply, solar and water systems, while the interior is left out as a blank canvas for the individual to customize to their different requirement. Users can choose to customize the 12.5 feet long, 4.9 feet wide, and 6 feet high (headroom) camper interior from a minimalist solution for sleeping to a fully-equipped home with kitchenette, storage, couch, bed and other necessities.

Created small and compact, the Ari 458 Pro camper van can park conveniently in any parking space, and as the company says, ‘fit narrow roads where larger motorhomes cannot go.’ Its cockpit is interestingly furnished with two seats, a digital display, and a reversing camera to ensure safety. The camper van is currently available in Germany and is priced at €30,381 ($35,100). We do not have a word on the Air 458 Pro’s international availability, but for the interested, the Ari 458 Pro is available in the country in over 30 different variants: food truck, box van, flatbed, tipper, or even a compact garbage truck. These configurations start at €15,790 ($18,200).

 

The post Ari 458 Pro is Germany’s smallest electric camper and we love its approach first appeared on Yanko Design.

In the world of Formula-1 world championships are won by the slender margin of milliseconds that turn into big margins after every passing lap. The level of engineering in the pinnacle of Motorsports is unparalleled, and the drivers competing for the top podium step do every little thing that gives them a strategic advantage over their rivals.

Personal training is a part of the drill to stay in top shape, but the real deal is to polish the skills and gain telemetry data in the racing sims that very closely mimic the nuances of each track on the season calendar. With the hybrid era, the need for simulating the real track conditions has become even more important, given the metamorphosis this sport is undergoing.  A good simulator plays a vital role in giving the F1 and F2 drivers a fair idea of areas to improve, or develop strategic maneuvers that can be finally implemented on the track.

Designer: Cool Performance

With over two decades of motorsport experience and trusted by over 250 professional racers, Cool Performance now brings its most advanced F1 sim racer for professionals and motorsports fans. Current F1 drivers who train their driving skills on the Formula Pro Simulator include Lando Norris, Carlos Sainz, Sebastian Vettel and Alex Albon. Founder Oliver Norris has designed the simulator from the ground up with tons of experience in his own Motorsports journey and his brother Lando’s last couple of successful F1 seasons.

The professional-grade simulator has a precision-designed cockpit and race seat to recreate the realism of FPV in the single-seater racer. To simulate the nuances of a Formula -1 car riding the tarmac, the simulator has a high-torque force feedback steering and a Leo Bodnar SimSteering 2 base. This lets the sim racer feel every little bump of the chicane or the minute grip changes when the car is steered off the racing line. Braking in Formula 1 is way more challenging than your average SUV. That is mimicked by the CP-S hydraulic pedals with an AP Racing master cylinder support, which can simulate 200 kgs of braking force. For that, you’ll require immense strength in your core and lower body.

Every little detail of this F1 simulator is narrowed down to the last millimeter, much like the Formula 1 cars. Right from the highly technical CP-S Formula steering wheel that has virtually everything right at arms distance for the driver, to the CP-S custom hydraulic pedals, nothing gets better than the Cool Performance’s option. Clearly, if you want to feel the realism and the tiny details of Formula 1, this is it. Each one of the Formula Pro F1 simulators is custom-manufactured and tested by Oliver and Adrian Quaife-Hobbs in Kent, United Kingdom.

Eager buyers can opt for a single curved screen setup or a multiscreen array for better realism. If you are a purist, then the UK-based manufacturer can create a bespoke version of the sim to fit your specific needs. The Formula Pro simulator price starts from $40,950 and can go higher depending on the add-ons demanded or the bespoke modifications required.

The post Formula Pro simulator with ultra-realistic controls emulates F1 racing fun in your living room first appeared on Yanko Design.

Two-wheelers have always demanded a certain level of skill and balance from riders, especially at low speeds or when navigating crowded city streets. OMO X by Omoway attempts to change that equation by introducing what the company describes as the world’s first mass-produced self-balancing electric motorcycle. Designed around advanced robotics and artificial intelligence, the new age electric bike blends traditional scooter convenience with autonomous technology that aims to make urban mobility easier and safer.

At the core of the two-wheeler is Omoway’s newly introduced OMO-ROBOT architecture, a full-stack control platform that integrates sensors, perception systems, decision-making software, and mechanical actuation into a unified framework. The system combines aerospace-grade gyroscope technology with reinforcement-learning models to continuously stabilize the motorcycle. This architecture allows the OMO X to maintain balance on its own, even when stationary, eliminating one of the biggest challenges riders face on two-wheeled vehicles.

Designer: Omoway

The balancing capability is achieved through a Control Moment Gyroscope (CMG) module. Using the principle of angular momentum, the spinning gyroscope actively stabilizes the vehicle, keeping it upright without rider input. Beyond simply preventing tip-overs, the system also supports a range of riding assistance features. These include slip prevention on wet surfaces, assistance while cornering, and obstacle-avoidance capabilities designed to enhance safety during everyday riding.

Omoway is also positioning the OMO X as a highly intelligent mobility device. The scooter incorporates a network of sensors and cameras that continuously monitor the surrounding environment and feed data into an AI-based riding system. This enables features such as adaptive speed adjustments, hazard detection, and automated safety responses if the system identifies a potential risk. Some demonstrations have even shown the scooter maneuvering on its own, driving onto a stage without a rider, and responding to remote commands through a smartphone app.

Another notable capability is automated parking. Instead of requiring riders to maneuver the bike into tight urban spaces manually, the OMO X can guide itself into a parking spot once a location is selected. The system relies on its self-balancing capability and onboard sensors to navigate safely, a feature that reflects the growing overlap between robotics and personal transportation.

The electric scooter’s futuristic design further reinforces its technological identity. Its sharp, angular styling and distinctive lighting signature give it a modern aesthetic that stands apart from traditional scooters. In a way, it carries the Tesla Cybertruck aesthetic, with a continuous front light bar replacing a conventional headlamp and creating a visually striking presence on the road.

Production plans for the OMO X are already underway. The company announced that the model has entered mass production following its global launch event in Singapore, with pre-orders expected to open in April 2026. Indonesia has been selected as the first launch market, where the electric scooter will debut commercially in Jakarta shortly afterward. Omoway is reportedly working with multiple regional distributors and plans to establish a dealer network of more than 100 locations in the country.

The post OMO X self-balancing electric scooter employs AI and Robotics to refresh urban riding experience first appeared on Yanko Design.

Track Trailer, the name behind the famous Tvan off-road camper trailers, needs little introduction. It has been powering the overlanding experience in Australia and worldwide for a good part of four decades now. Over the years, we have seen some interesting variants of the Tvan, which has now reached the MK6. The sixth iteration in the successful portfolio, Tvan MK6 Model, retains the same aluminum body, which runs in the bloodline, but is more spacious and even more comfortable.

As the appearance suggests, the new Tvan MK6 is available in four variants and is almost identical to its predecessors. What changes are the interior space and the headroom, which make the MK6 a different entrant in the same effective branding of the world’s toughest off-roading trailer.

Designer: Track Trailer

Track Trailer first tried reworking the interior space with the MK5 model. It was done staying within the confines of the Tvan styling: no pop-up roof attachment, but a slight raise in roof height. With the MK6, the company has also stayed true to its design ideology. It has only increased headroom, stretched the neck forward, and pushed the sides of the trailer outward to increase the interior space by up to 20%.

The expansion to the trailer permits more natural light inside the cabin, which is constructed using an aluminum sandwich-panel construction. Moreover, the MK6 features a durable chassis based on an advanced suspension system that enables it to roll comfortably on rugged terrains and off-road destinations. With its ruggedness assured, the camping trailer is ideal for all types of adventures, which is facilitated by its quick setup and clever storage designed throughout its exterior and also on the inside.

MK6 measures 16-foot-long and 6.3 feet wide, the trailer has an interesting storage cabinet in the extended nose up front, comprising a pantry and up to 95 liters fridge/freezer. Slightly further back is the slide-out kitchen with a three-burner gas stove, a full-size sink connected to a 108L fresh water tank, and a storage drawer topped with a prep area.

The most interesting part of the MK6 camping trailer is the rear hatch design. It features Track Trailer’s patented Skyward Lift Up Deck, which combines the hatch and the hard-floor deck. The electric lock system allows the two to lift up in unison for quick and direct access into the living space of the trailer. Just when you need it, a tent can be attached to the trailer to increase the living quarters.

Inside is a double bed surrounded by large windows and overhead and sidewall storage. LED lighting and dual roof hatches complete the design. Since the MK6 is available in four variants, each is designed differently for off-the-grid living. The entry-level Inspire features a 125Ah lithium battery that draws energy from a 200W rooftop solar panel, while a 350W inverter takes care of the power backup. Firetail accommodates a pair of 125Ah batteries, a 2000W inverter, and some premium features in the kitchen.

Tvan MK6 Murranji adds a 200W solar panel to the Firetail setup, but leaves out the inverter. The top-of-the-line, Lightning, on the other hand, comes with a 500Ah battery. It features a 2,000W inverter and a 360W solar panel to complete its all-electric setup. Each of these models can have further upgrades with add-ons like awnings and more. MK6 starts at AU$69,900 (approximately $50,000) with the mentioned amenities.

The post Track Trailer reinvents Tvan, one of the toughest off-roading trailers with roomier MK6 model first appeared on Yanko Design.