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Top 10 automotive designs of June 2022

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We’ve been seeing a torrential and exciting downpour of automotive designs at Yanko Design in June 2022. Each automotive was innovative, bringing to us something we had never seen nor experienced before. From killer speed to dashing good looks, to impenetrable safety standards, every automotive we featured at YD broke some design barrier for us, and hopefully, they did the same for you as well. Hence, we’ve curated a collection of automotive designs that we feel were the best of the lot! From Volvo’s edgy electric coupe to a Cybertruck-inspired bossy café racer – each of these drool-worthy automobiles is mercilessly pushing the boundaries of the automotive industry! Automotive enthusiasts will be itching to get their hands on them, and take them for a spin on the streets!

1. Model M

Model M is designed keeping in mind the tight urban spaces, hence, the detachable handlebars make complete sense. The electronic kickstand makes the ride easy to park without any hassles. When it comes to adventure escapades, Tesla Model M has your needs covered. Right where the fuel tank of traditional bikes is, there is a detachable bag with its own battery that powers the lights and the multimedia system. The bag comes with its own start/stop system that acts as an anti-theft mechanism.

2. Volvo EV

Created as a weekend project by the designer, this sustainable vehicle design is surprisingly rooted in a telephone doodle inspiration. The typical electric car aesthetics are apparent in the form of a sharp, edgy design language. The hood of the car has a geometric pattern that gives it a sci-fi appeal and the rear has a typically squarish persona to it. Right from the headlights, side profile to the taillights and the roof carrier all have a definitive geometry to them. The designer has kept the widebody stance of this Volvo very upfront, suggesting its dominating road presence.

3. The Jetson ONE

Flying cars have been in works of science fiction for decades. The idea of flying freely in the skies, without having to share seats with dozens of strangers, has appealed to the imagination ever since man first dreamed of flying. In recent times, however, that dream has almost become a future necessity if the problem of traffic congestion and personal travel is to be ever solved. The Jetson ONE is one (no pun intended) of those solutions currently in active development, and it may have just taken one step closer to making that dream come true. Company co-founder and inventor Tomasz Patan took a working prototype for a spin and commuted from home to work as if flying on a racecar turned helicopter was the most normal thing in the world.

4. Audi x Nunam Electric Rickshaw

Audi has partnered with German-Indian startup Nunam to bring electric rickshaws to the Indian roads courtesy of the automotive giant’s sourced second-life batteries. These batteries will be sourced from the Audi e-tron test vehicles and will be the perfect example for other EV makers to take a leaf from their book. The Audi Environmental Foundation, Audi AG, and Nunam plan to bring three electric rickshaws to the Indian market which is going to boost the employment for women too.

5. The Codalunga

This nostalgic racer gets a powerful 6.0-liter AMG V12 engine producing 840 horsepower and 811 pound-feet torque. Codalunga is a rear-wheel-drive mated to a 7-speed sequential transmission. The silver lining is its dry weight of 2,822 pounds which is around 154 pounds less than the Huayra. So, I can safely bet it will match (or even better) the acceleration of 0-60 mph in under 3.0 seconds and a top speed of 220 mph, given its Huayra DNA. The shedding of pounds is attributed to the ditched rear grilles and adding a titanium exhaust that weighs only 9.7 pounds. To a motorhead’s delight, the car’s exposed exhaust system means more sex appeal, if I can put it mildly.

6. The ZID Electric Scooter

The ZID electric scooter cruiser is the successor to the uber geometrically inclined electric commuter that seems well ahead of its time and in sync with the demand for clean energy mobility. Following suit, this newer version maintains the futuristic appeal while toning things down for a more practical form. The front and the rear wheels are connected with a covered frame with a movable section dividing the two – obviously, this thing has to make sharp turns too!

7. Dhanak’s exoskeletal off-roader

This seems more like a buggy on a strict weight loss regime, and a lean muscular body to prove it right! The well-tuned electric motor drives the rear wheels of this two-seater machine capable of accelerating fast from a standing position to breakneck speeds. Those broad chunky tires with deep treads and the reinforced independent suspension on each wheel signal the off-roader’s ability to take on any surface with ease. The wide stance ensures stability while maneuvering swiftly at respectable speeds. To add a bit of modern touch to the design, there is the panoramic glass roof running all the way back to the rear.

8. BMW IM Vision

Meet the hybrid BMW IM Vision sports car tailored for the rush of speed while being sensibly powered by an advanced electric engine. The highest possible efficiency level fused with the sharp looks and mind-boggling horsepower and bhp – well, that’s a rare combination anyone would fall for! This design is inspired by the aerodynamic figure of the future-proof fighter planes like Stealth bomber – which explains the sharp geometric shapes on this one. The exposed structure is influenced by the clear view mono cabin of the war machines. Obviously, the DNA of both the BMW i and M series cars is very apparent in the front grille section, the sidepods, and the sporty rear with that big spoiler.

9. Magnifica

Inspired by the BMW bikes of the 30s and 40s, Andrea Radaelli of Radikal Chopper got to work on this beauty the old-fashioned way. His idea first started out as a paper sketch and then progressed to prototyping entirely by hand. This BMW R 18 custom build is made entirely from hand-machined and finished aluminum, with a handmade wooden seat to match… and that aesthetic? That 1930s art-deco steampunk-ish vibe isn’t an accident – Radaelli toon inspiration from the BMW R37, giving an ornate Ghostrider-meets-Mad-Max spin to his design, before promptly (and rather aptly) naming it the Magnifica.

10. Pantala Concept H electric VTOL

The autonomous Pantala Concept H electric VTOL passenger aircraft is capable of ferrying five people from one destination to the other at cruising speeds of 300 km/h. The flying machine has an estimated range of 250 km which falls right in the alley of practical eVTOLs proposed for the end of this decade. The futuristic ride has candard tilt wings – each one of them having large diameter ducted fans with foreplane. The front wings have four ducted fans while the rear wing gets seven. So, there are 20 ducted fans in total and 22 electric motors to propel the whole thing forward at impressive speeds. Safety is at the forefront here with the multi-redundant core integrated avionics and power systems at work. The ducted fans will considerably reduce the noise and maintenance costs which is another huge advantage.

The post Top 10 automotive designs of June 2022 first appeared on Yanko Design.

Tesla-inspired automotives designed to prove why this company is at the peak of modern innovation!

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There’s something about Tesla that instantly inspires designers! Or maybe it’s Elon Musk. He’s the kind of innovator who works towards resolving current issues while keeping his eyes wholly focused on the future. He possesses an uninhibited curiosity that he lets run unfettered, and one of the results is Tesla –  a forerunner in the electric automotive industry, especially when it comes to innovation and invention. Their designs are groundbreaking, as well as consistent breakers of conventions in the automotive industry, making them a major inspiration for designers all over the world! The result is unique and breathtaking Tesla-inspired automotive designs that honestly seem like the real deal. And, we’ve curated some of the best of the lot for you! From an autonomous Tesla HGV to a Tesla-inspired module rescue for disaster relief – these innovative automotives will surely blow your minds!

Industrial and transport designer Jeremy Dodd takes the vision of the Tesla heavy goods vehicle to the next level with the Tesla Autonomous E-Rig semi. This ultra-futuristic Tesla concept identifies the basic problem with HGVs that have an average speed of 50 mph, and have to drive for virtually 9 hours of the day, 5 days a week. This creates an environmental impact, and a pure, purposeful, and functional method of hauling heavy goods is the need of the hour. This Autonomous trailer in a way is destined to solve this with even more to make it highly useful. The HGV has an extendable extension to adapt to the needs of the client, the geographic location, and the nature of the cargo to be hauled. The driving cockpit’s top and the bay of the trailer are solar powered to charge the battery reserve on the go.

Draped in a completely metallic finish, the bike is destined to have time-traveled from the dystopian future. The clear geometric lines and the definitive aerodynamic build will put most of the other Tesla bike concepts to shame. It is that sexy! The long wheelbase of the Dust Tesla defies the structural stability, but hey, it has arrived from the future, where technologies are definitely beyond our comprehension. Those hubless wheels and the swingarm on the electric bike evoke a sense of dynamism which is hard to give a miss. The sharp lines flowing from the front of the bike to the rear bring a profound sense of superhero’s favored accomplice-like feel at first glance.

This bike by Colorsponge is just what got my adrenaline rushing for a speedy drive to the outskirts of the city. That definitive edgy character and the semblance of the Tesla Cybertruck influence – boy that’s downright dopamine-inducing for an automotive enthusiast like me! According to Colorsponge, the monstrous bike dubbed The Xenotype is a result of his pure gut feel, and an expression of his subconscious in the rawest way possible. The only checkpoint is the requirement to fit the Ducati 916 chassis and engine. It’s got massive rear rime and very sharp aesthetics dominated by geometric triangle shapes – both on the rear and front. In fact, it is s sharp you could cut paper with it.

 The Navetta Volante, which translates to Flying Shuttle, comes with a 2+2 design (hence the term Shuttle) and feels like a cross between the Urus, and what Jamil cites as his true inspiration for the car, a lesser-known Lamborghini concept from 2008 – the Estoque. Jamil clearly sees the Estoque as Lamborghini’s missed opportunity to build a street-friendly car for the average joe (with the right amounts of money to spend). “I believe at the time of the Estoque, 4 door super saloons were quite interesting and I guess it would have fit very well along with the Rapide, Panamera, and Quattroporte”, Jamil casually mentions. The Navetta Volante, however, represents what the Estoque would evolve into in today’s day and age. The designer imagines it with a Plug-In Hybrid Drivetrain, pitting it against other hybrid cars, and taking aim at Tesla’s own Model S – which holds the coveted spot among today’s super-saloons.

This concept Tesla bike by San Diego-based renowned automotive designer Ash Thorp in close collaboration with Carlos “colorsponge” is pure dope. Ash calls this attention-grabbing set of wheels “THE SOKUDO” (meaning measuring in Japanese), and it is a part of the ongoing M.H.C. Collection by the duo. This being the 14th project in the collection. The Tesla-themed bike here exudes a very refined persona honed by the custom-made extruded chassis having a battery pack and electric motor which is mated to a compact USD fork and single swing-arm. The lines and angles of this swing arm match the form of the bike frame – lending it a flowing characteristic. THE SOKUDO also has the Ducati DNA in part as the Ash and colorsponge took cues from their own custom Ducati bike build to create the reference point for this two-wheeler. The bike rides on big carbon fiber wheels have disc covers that match the Tesla theme.

Designer Johnny Jiang gives preference to human judgment while driving a vehicle – and the Infiniti QX90 2028 concept is a testament to that vision. The car’s design focuses on improving commuting by focusing on five key elements. The de-materialization, customization as per user’s needs, the experience of the driver and fellow riders, technological infusion for better function, and facilities that cater to individual needs – giving you the most comfortable drive possible. The interiors of this sedan have a lounge-like space with a panoramic glass roof for an ultimate relaxing drive. The rear passenger seats can make a complete 180 degrees turn for an improved view or help socialize. The exteriors have a futuristic vibe going with the sharp design lines and a flowing aesthetic, striking a balance between the front and the rear. It’s this edginess merging with the fluidity that gives this car an evolved Cybertruck vibe.

This futuristic-looking machine is a mobile health camp capable of housing medical personnel and space for rehabilitating patients in remote areas. The exterior of this module is inspired by the concept designs of supercars but in a much bigger proportion. The whole thing moves on tank-like treads, making it capable of conquering any harsh terrain or weather conditions given its reinforced structure. On the inside – it is all about comfort, spacious areas, and a luminous environment. There are compact sections that house the beds on the upper section, a private section on the bottom, and storage on the middle half of the module. The Tesla Module Rescue’s crew has a command center to devise all the strategies and action plans for the mission. It is nothing less than a sci-fi movie’s setup, and with this being a Tesla-inspired design, it is electric-powered with solar panels on the roof, providing extra juice for long journeys.

Rover missions to Mars have uncovered the secrets of the red planet, and to scout the moon’s jagged terrain, a designer envisions the Moonracer. An exploration vehicle that looks so much inspired by the Tesla Cybertruck with its sharp lines and the signature front and rear design. Of course to tread the toughest unknown terrain and hostile environment in case we humans dig for signs of life on still unexplored planets and their moons. The tires on the NASA exploration vehicle by product design student Robin Mazánek are going to be the most vital, as they need to be ready for any adventure. Tweel airless tires developed by Michelin are going to be the ideal choice as they never get punctured or burst as the hub of the tire is connected to the rim via flexible polyurethane spokes that also double as shock absorbers for a smooth ride.

Build for an eventual apocalypse, the Tesla Roadster Safari is straight out from a Doomsday movie plot with the intention of making it through any Armageddon. It gets the Tesla’s all-electric drivetrain and the solar panels fitted on the roof and sides make sure you don’t run out of power while being ambushed by zombies.

Franz set out on designing the bicycle by conducting extensive interviews and testing phases. Interactions with bike owners, students, or other people who ride their bikes for daily commutes led to the final design. Talking of shaping and modeling the two-wheeler, this bit took the most chunk of the effort since it was a one-man job. The final design centered on a lightweight 7005 series aluminum frame and the striking hubless wheel characteristics. To finalize the hubless wheel design that is functional to the last detail, Franz took help from his mechanical engineering colleagues. In the end, the off-center axle design had the additional gear to spin the wheels at a proper rate with pedaling motion. This is assisted by the onboard motor for that extra boost on inclines when the throttle is pressed. The Pilot bicycle finally came to life after countless edits and alterations to the design. The next step was to finalize the colors, materials, and finishes.

The Top 10 Cool Stuff we at Yanko Design discovered and loved in 2021!

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We’ve seen a huge influx of cool designs in 2021! These three months have brought us some really innovative, exciting, and heart-racing designs that have got us wondering….what does the remainder of the year have in store for us? Almost every design we came across had us intrigued for various reasons, though it was a tough task, we’ve finally put together a collection of designs that we felt were the best of what the start of 2021 had to offer! Each of these designs is the result of the blood, sweat, and tears of an array of amazing designers. From the world’s first paper disposable razor to a menacing Dodge Viper GTS concept, these designs are highly functional, cater to various problems, provide unique solutions, and of course… are VERY COOL!

Say hello to the Paper Razor, a sustainable alternative to the disposable plastic razor. The Paper Razor, as its name suggests, comes with an all-paper body and sports a metal blade-head on top. Designed to be flat-packed, the single-use razor comes completely unfolded and can easily be put together in a matter of seconds by merely folding in the sides and the top to create a rigid, ergonomic razor with a grippy handle. Its origami-inspired design gives it as much strength and maneuverability as a plastic razor while minimizing the use of plastic by as much as 98%. The result? A razor that can be easily flat-packed and shipped, used and then disposed of… safely, of course.

 

Carved entirely from sustainably sourced timber and not compatible with plastic building blocks, Mokulock works in the same way as LEGO bricks but is a couple of steps ahead on the road towards sustainable toy production. Coming from a love for trees and the natural world, the designer behind Mokulock recognized the waste that manifests with forest thinning and decided to make use of the smaller trees that are too thin for architectural purposes or furniture-making. Prioritizing simplicity and organic structure over shiny paint jobs, the Mokulock building blocks maintain their original tree’s finish, without additional finishing oil, chemical paint, or glue. While the different timber species used to create the building blocks of Mokulock vary, a sanded finish that promises a soft feel and splinter-free play is guaranteed. Currently, Mokulock uses timber from Japanese Cherry, Japanese Zelkova, Japanese Bigleaf Magnolia, Birch, Hornbeam, and Maple trees to produce their building blocks, which provide different textures and shades of wood for either smooth gradient or color block building projects.

It all started with Guillaume Mazerolle, a transportation design student at Strate, School of Design, Paris spotting a special edition GTS-R parked in a little hotel in Malbuisson, France. It was his lucky day as the ride was owned by none other than the President Dodge Viper Owners Association, and he was generous enough to have a short conversation with the curious design student. He even let him inside, and start the engine of his supercar! That was the moment, Guillaume fell in love with this beautiful monster, and the idea to create the future Dodge plug-in Hybrid vehicle with both an electric powertrain and an internal combustion engine was germinated. For the Viper Basilisk concept, Guillaume took inspiration from the 2nd generation Viper GTS from 1996 and the 3rd generation Viper. Apparently, the design is indicative of the half reptile and half rooster character that’s pretty apparent in the whole thought process behind the concept car. 2nd generation lends the sensual feeling while the 3rd generation has that definitive precision element in the design execution. So, in its design DNA, this Viper Basilisk concept is a ‘Sensual Precision’ of unique design fusion that compares to none.

Depending on the home you’d like to build with Woonpioniers, Indigo’s structure and shape may vary. Recently, Lia Harmsen collaborated with Woonpioniers to design her live-in workspace for sculpting. The finished custom two-floor home measures 861-square-feet and features fixed-end moment building practices that produce a beautiful, curved interior leading from the wall to the ceiling. The fixed-end moment frame of the home offers an open-air floor plan, giving complete access for the building’s interior layout to take shape, leaving behind the spatial restriction of support beams and partitions. Inside, the topmost section of the pinewood sheets that make up the home’s wall curves and connects to the ceiling, producing beam-like support for the building’s structural forces without the physical need of additional beams.

While the price plays a major role in what makes the ZEROO DT1 so fascinating, it’s the two-tourbillion complication that absolutely steals the show. Visible at the 5 and 7 o’clock positions on the watch face, the tourbillions rotate once per minute, achieving greater precision through their synchronization, while hat-tipping to a category of watches that were previously only reserved for billionaires. Given its average price, double-tourbillion watches are considered a luxury lifestyle accessory, but the designers at Japan-based ZEROOTIME are committed to bringing the technology to regular consumers through the crowdfunding business model. This results in ZEROOTIME being able to avoid all overheads and middlemen, allowing the $3,000 DT1 to be ‘honestly priced’.

The iPhone Fold concept designed by Svyatoslav Alexandrov (for the YouTube channel ConceptsiPhone) comes in the familiar Galaxy Fold format, with a primary 6.3-inch screen on the outside, and a larger, 8-inch folding screen on the inside. It ditches FaceID for the reliable TouchID, and turns the entire primary display into a fingerprint sensor – so you can unlock your phone simply by swiping up. The lack of FaceID means a significantly smaller notch with just one front-facing camera for selfies. The back, however, comes with the iPhone 12 Pro’s entire camera setup, featuring wide, ultra-wide, and telephoto lenses, along with a flash and a LiDAR scanner. Open the iPhone up and it transforms into a squarish iPad Mini that’s designed to be perfectly portable.

Aether is a rather edgy-looking Cybertruck-ish conceptual motorcycle that runs on an electric drivetrain… but that isn’t its highlight feature. The e-motorcycle sports two large air intakes on the front (right before each leg) that naturally pull air in as you drive. The air that enters these intakes is passed through the Aether’s ceramic filter modules that help trap PM 2.5 microparticles, allowing filtered, cleaner air to pass through the exhausts on the opposite end. The result is an e-motorbike that does more than reducing its carbon-impact, it actually purifies the air around it, resulting in cleaner and lesser polluted air. The ceramic purifier module needs periodic maintenance/replacement too, which is why Lin Yu Cheng’s developed a system where you can either get them replaced ever so often or pop them out and wash the dirt off them, making them as good as new!

EconOdome homes are built similarly to conventional homes involving a foundation and the main floor. Once that is in place, the vertical walls and roof is added in. There are 130 triangular roofing elements that connect to form the dome which has 10 equal sides. To minimize waste, parts in the DIY kit are cut to fit precisely with no additional work required on that end. The wood also comes with pre-drilled holes for stainless steel screws and caps to make assembling it super easy. The company’s 26-foot fully insulated model is sold for about $18,000 and their smaller 13-foot option is an option for those working within a more reasonable budget. The two-story larger model spans just over 800 square feet and comes with a fully equipped kitchen on the first floor and a bedroom on the top floor. The bedroom zone also includes a half-bath and space for a home office or extra storage.

The Seal Shield Silver Seal Glow Waterproof Keyboard does exactly what its name says it does! This full-size keyboard is waterproof, as well as dishwasher-safe! Providing you with a True-Type setup, the keyboard is compatible with all sorts of household cleaners and medical-grade disinfectants. So, if you accidentally spill your morning coffee or bits of your lunch on the keyboard….worry not! You can easily clean it and rinse it off with some water, and dry it. For messy people like me, this keyboard is a major gift in disguise! The keyboard also contains an antimicrobial agent, that ensures microorganisms do not degrade and decay the product! A Seal Cap also protects the USB connector. It’s a foolproof and handy keyboard, this one!

The Lumos Kickstart Smart Bike Helmet combines the front and rear light, hard brake, and turn signals within one design! The helmet allows you to become more visible on the road and helps others to understand where you are headed exactly. It weighs less than a pound and sits comfortably on your head. A cozy Lycra padding helps your head feel cool. The smart helmet has also been amped with smart gesture recognition, so you can utilize hand signals while wearing your Apple Watch, and the helmet will catch onto them. Not only is the helmet highly functional, but it also showcases an elegant and smart design, one that you wouldn’t mind protecting your head with!

Formula 1-worthy racecar designs that will satisfy your need for speed!

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Whether it’s Formula 1 or Fast & Furious, fast cars seem to have a captivating hold on a lot of people. There’s something about that level of speed and high performance that gives most Automotive lovers an intense kick! And when you set these majestic beasts against one another, the competition is unparalleled and nail-biting. And racecars are in a league of their own! Not only must they display mind-blowing speed, but safety must a forefront priority while designing them. Their safety features must be top-notch, providing foolproof protection to the driver. And not to forget, sleek and dashing good looks are a primary requirement as well. We’ve managed to curate a collection of racecars that meet all these criteria. Innovative, futuristic, and with the capability to satisfy the need for speed, these racecar designs will have you drooling!

Designed specifically for racing, the Helvezzia Tipo-6 seats just one person with a pretty advanced looking dashboard featuring a steering wheel with gauges and switches, and a secondary set of gauges behind the steering. The car comes with a nice, tubular body, an open cockpit, and wheels that pop out of the bodywork, with hubcaps covering the rims entirely. There’s even a step knee located to the left of the driver, headlamps with their own covers too, and by far my favorite detail, that ridiculously beautiful chrome grille on the front, added purely for vanity purposes because an EV wouldn’t really need a radiator. Finally, the Helvezzia Tipo-6 caps off with a chrome rear, giving the entire car quite a unique retro-meets-modern vibe from front to back!

What’s the difference between an F1 car and a fighter jet? One of them has weapons. Essentially, both vehicles are powered by incredibly capable and efficient engines, both focus on pure speed, aero dynamism, and minimal air-drag, resulting in forms that somewhat look similar… barring the presence of wheels on one, and wings on another. Andries van Overbeeke decided to bridge that gap a bit with his F1 car design that sports an almost jet-inspired outer form, with an elongated nose that cuts through the air like a hot knife through butter, and a closed cockpit that doesn’t just resemble jet, it also complies with future F1 norms. The car makes use of high-performance metal alloys, with carbon fiber in limited places. Most load-bearing stress-absorbing components are generatively designed, to minimize mass while maximizing performance, and by far the most interesting detail is the car’s nose, which comes with a unique hollow drill-shaped air intake that guides air into the car to keep it cool while it drives literally at breakneck speeds!

The LMF1 (a portmanteau of LM and F1) just like its name, is a fusion of styles and technology. Inspired by Formula 1 and endurance prototypes, the LMF1 sports a lightweight, aerodynamic, low-hung design with a closed-cockpit. Modeled after most Le Mans prototypes, the car measures nearly 433 centimeters long, making it shorter than the conventional F1 car, but just as capable. Carbon-fiber paneling makes the car lightweight and sturdy and helps use air to its advantage, creating just the right amount of downforce needed to give the car speed and control on the track. The air even helps cool the car’s insides, which features a hybrid turbo-engine for maximized range. A 1.6L turbo-engine helps generate electricity, which gets stored in the car’s batteries, supplying the electromotor with an extra surge of power. The car comes with a rear-wheel drive, and according to Mazánek’s calculations, tops off at 1000hp.

The Bugatti Type 35 revival is a great example of two things – A designer’s ability to push boundaries and create concepts that capture their passions, and those concepts sometimes being powerful enough to actually pave the way forward for something bigger. Little did Andreis van Overbeeke know that his desire to see Bugatti compete in the Formula 1 series would result in him landing an internship at his dream company. The desire to actually see a Bugatti-branded F1 car pushed Andries to create a concept that he published on Reddit. The images ran their course, reaching Bugatti’s execs, who then went on to invite van Overbeeke to their headquarters in Molsheim, France, for an internship… resulting in a much more fleshed out concept car with the Type 35 revival. The image above shows the Type 35 revival in its glorious avatar standing right beside Bugatti’s own Vision GT vehicle – its spiritual predecessor.

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If you weren’t amped on Formula E before, take a look at these concept images of what the cars could look like and you just might be! They’re from Spark Racing Technologies – the company chosen by the FIA for building the second-generation Formula E cars. Sparks says their wicked-looking green racer promises improved aerodynamics, weight reduction, and more efficient battery use than the current cars. Of course, this all equates to more speed which calls for enhanced driver safety. A few images even show an enclosed shield-style cockpit. With or without, this thing is outrageous!

The Tesla Squad envisioned by Fabian Breës is a logical assumption of a racing division that is made possible by the battery evolution of the company giving rise to hypercars that battle it out on technologically advanced circuits. Yes, a future where the charging batteries will be laid down the pit lane and certain parts of the track – just like the DRS zones in F1 racing. This will give the drivers the option to juice up their hypercar’s battery while fighting for position on the track – bringing in a new level of strategic decision making to the live race. The cars have lithium-ion batteries rigged to the floor that get charged wirelessly from the induction charging hardware installed underneath the asphalt. Keeping in tune with the future of racing, the airless tires are 3D printed – filled with a porous material to provide cushion from the extreme pressure on the tire walls at high speeds. Interestingly the heat generated from the friction of the tires and the brakes are used to charge the racing cars.

Let me present to you the Dyson EV, by Graham Hutchings. Designed as a fun exercise, Hutchings took Dyson’s brand and products and rather than using them as inspiration, turned them into building blocks. What you’re seeing is an EV that was literally put together as a 3D collage of Dyson’s famous products, all of which are pretty distinguishable if you take a closer look! The car comes with wheels that borrow directly from Dyson’s ball vacuum, as well as a multi-cylinder rear exhaust that’s a standard element in Dyson’s vacuum line too. Move over to the front and the car comes with an engine-cooling air-intake inspired by Dyson’s Airblade hand-blower, and if you look at its headlights with a keen eye, you may just see the iconic shapes of the Bladeless fan too. The car employs Dyson’s signature color combinations too, and my favorite detail on the vehicle by far has to be those Supersonic hair-dryer-inspired rear-view mirrors!

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At first thought, the idea of an autonomous race car seems like a hard sell. However, that all changes when you see what the cars could look like by ditching the driver! N.01 is one such concept designed for the Roborace world. Created as a vision for the future of the autonomous racecar, its iconic form is somehow aggressive and minimalistic at once. The fact that that this autonomous vehicle lacks a pilot provided the freedom to play with shapes and the automotive architecture. Marked by an extremely low profile, its in-wheel electric motors enhance this slim aesthetic without compromising power.

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What do you get when you combine Formula 1 and rally racing? An F1 that isn’t afraid to get down-n-dirty! That’s the idea behind the Mercedes-Benz DynamicRacer 2030. It’s designed to tackle not only the blacktop but also the tough terrain of this unpredictable race. While the car is running on the F1 track, the car is in a low-slung, elongated position. When changing to the rally track, it transforms into a smaller car with higher ground clearance, a tighter wheelbase, and a smaller wheel-track.

Originally designed for the Michelin Design Challenge, the Tesla T1 is a conceptual Le Mans racecar with an electric drivetrain powered – in part – by the wind hitting against your vehicle when you drive at high speeds. The car comes with specially designed wheels that have independently rotating turbines in them that begin to generate power to the four individual drivetrains, along with a massive turbine right behind the driver that rotates more the faster you drive, generating power for the car. It’s an incredibly ambitious concept, but so was landing all three boosters of the Falcon 9, digging a tunnel under the ground to circumvent traffic, and creating a brain-to-machine interface… in short, nothing’s quite impossible for Mr. Musk. You’d probably wonder that those turbines would need to create sufficient drag to rotate fast, and you’d be right, but the car would probably more than makeup for that by giving it the range it needs to complete the 24 hour Le Mans race.