Tag Archives: Red Dot Awards: Design Concept

This Massive Robot Wants To Replace An Entire Restaurant

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Inside a seven-square-meter glass enclosure, two robotic arms move with startling precision. One retrieves ingredients from climate-controlled silos, another works over a heating element, and within minutes, a perfectly assembled, hot meal is delivered to a collection window. There are no chefs, no line cooks, and no human intervention whatsoever. This is the Circus Autonomy One, a robot designed with a single, ambitious goal: to automate every step of the food production process, from inventory management to cooking and even cleaning. It’s not a kitchen assistant; it is a full-stack replacement, and it represents one of the boldest attempts yet to redefine what a restaurant can be.

The company behind this, Munich-based Circus SE, is pushing the narrative that this solves labor shortages and boosts efficiency. They are not wrong, but that is an incredibly sanitized way of looking at what is essentially a job-elimination machine. The CA-1 is a marvel of industrial design, a self-contained unit powered by a proprietary AI called CircusOS that makes adaptive decisions in real time. With its pilot program already running in German REWE supermarkets, this isn’t some vaporware concept sitting in a lab. It is a commercially deployed system that is actively taking orders and feeding people, and that means we need to talk about what it is actually doing.

Designers: Gustavo Kemmerich and Circus SE Team

Seven square meters is the entire footprint. You could barely fit a decent-sized walk-in closet in that space, yet the CA-1 can pump out 120 dishes an hour from it. That breaks down to a meal every 30 seconds, a rate of production that most human-staffed kitchens would struggle to match without breaking a sweat. The whole operation is a sterile, closed loop of logic. Ingredients are tracked and stored in smart silos, the robotic arms handle the assembly and cooking, and an integrated Winterhalter commercial dishwasher cleans up after. From an engineering perspective, it is a cold, hard box of ruthless efficiency designed to extract maximum value from minimum space.

You do not achieve that level of optimization without a body count, metaphorically speaking. Forget the sanitized PR about “solving labor shortages.” The CA-1 is designed to eliminate labor, period. It replaces the prep cook, the line cook, the expeditor, and the dishwasher in one fell swoop. This is not a collaborative robot, or “cobot,” built to assist a human worker. It is a fully autonomous system engineered from the ground up to make a whole class of kitchen staff obsolete. For every one of these units installed in a supermarket, hospital, or university, a handful of jobs simply evaporate. The efficiency it provides comes at a direct and obvious cost.

So what we are really looking at here is a ghost kitchen in a box, a blueprint for the future of automated food service. Its successful deployment in a major European supermarket chain is a powerful proof of concept, and you can bet that fast-food executives and large-scale catering operators are paying very close attention. Circus SE even lists the defense sector as a potential market, which is its own can of worms. This machine is a stark reminder that automation doesn’t ask for permission. The CA-1 is a brilliantly engineered answer to a question that maybe we shouldn’t be so eager to ask.

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This quaint Indoor Wind Chime automatically rings by sensing outdoor wind speeds

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Wind chimes have a rather understated charm. They can have a very calming effect on you, helping keep anxiety and stress away – but what if you’re in an enclosed area? You couldn’t possibly have a wind-chime in a room that doesn’t receive any wind, right? Well, the folks at Fujitsu may have developed the first wind chime to work without wind…

Meet the LIIN, an indoor wind chime that works autonomously by sensing outdoor wind. Designed to work in enclosed environments or in spaces with not much cross-ventilation, the LIIN’s chime works on cue as soon as you switch it on. In fact, think of it as the audio version of a sun-lamp. A sun-lamp mimics the sun in rooms without sunlight – similarly, the LIIN mimics the auditory effects of a breeze, even when there isn’t any.

Designer: Fujitsu Limited

The chime works in tandem with an outdoor sensor that detects wind speeds. Switch the chime on and an internal clapper swings gently, ringing against the outer glass bell cover, creating a graceful, pleasant sound. The entire device works on an automated pendulum motion, which goes fast or slow depending on the wind speeds outside. This means you could sit in a cushy air-conditioned office but still enjoy the musical effects of the outdoor breeze!

A winner of the Red Dot Award: Design Concept for the year 2024, the LIIN is Japanese minimalism at its finest. While most wind-chimes are inherently minimalist, this tabletop objet d’art really does have an understated charm. The wooden base sports a simple geometric form that shows off the wood grain wonderfully. Brass elements like the clapper and the switch/knob on front contrast wonderfully against the wood, and the glass bell gives the overall product a light, see-through aesthetic. I imagine the sound produced by the borosilicate glass is just as zen-inducing too!

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Award-winning Sunflower-inspired Fire Pit Mixes Art with Utility and Transforms Your Patio

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Shift Studio’s Sunflower fire pit redefines concrete fire pits with a modular twist, moving away from the bulky, one-piece molds traditionally used. Instead of casting the entire pit in a single, heavy mold, Sunflower’s modular design features smaller, repeatable concrete segments supported by a sturdy internal metal frame. This new approach not only makes each piece easier to cast, finish, and handle but also allows for on-site assembly, simplifying installation and adding flexibility. It’s an innovative break from the limitations of traditional concrete casting, where design is usually constrained by weight and the impracticalities of handling one large piece.

Designer: Shift Studio

The modular setup also opens up a world of creative possibilities. Each “petal” piece of concrete is distinct, enabling customizable combinations in color, tone, material, and finish. This setup gives Sunflower a unique aesthetic versatility, allowing homeowners to tailor the fire pit’s look to suit their personal style or the vibe of an outdoor space. It’s easy to imagine a configuration where each petal has its own shade, creating a gradient that enhances the fire pit’s organic, flower-inspired design. If a petal gets damaged, it can be replaced independently, which is a practical advantage not seen in traditional single-mold fire pits.

When Sunflower is lit, it truly comes to life. The metal frame holds the fire at the center, while the concrete petals channel light through the openings, casting shapes that resemble rays of sunlight. This interplay of light and shadow produces a mesmerizing, almost sun-like pattern that radiates warmth and creates a visually captivating experience. The segmented design not only looks beautiful but brings a tactile, hands-on quality to concrete, transforming the traditionally industrial material into something intimate and engaging. This setup encourages people to gather around, inviting quiet moments of reflection or shared conversation around the fire.

What makes Sunflower especially compelling is how it balances rugged concrete with an organic shape that feels connected to nature. The flower-inspired form, with petals circling a central flame, fosters a sense of unity and invites interaction in a way that’s rare for such functional pieces. Functioning not only as a fireplace but essentially also as a centerpiece, the Sunflower is designed to draw people in and evoke a sense of calm. Plus, with its modularity, Sunflower becomes a customizable, evolving piece that can be adapted to different settings, seasons, or moods.

A winner of the Red Dot Award: Design Concept for the year 2024, Shift Studio’s Sunflower reimagines concrete fire pit design, blending artistry with utility in a way that’s refreshingly adaptable. Its modular structure supports flexibility in both design and function, turning a simple outdoor fixture into a customizable, eye-catching element.

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This Steampunk Magic Mouse Competitor has a built-in SD Card Reader, and even Charges Normally

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We could spend a lot of time bashing the new USB-C Magic Mouse for repeating the same charging port mistake as its predecessor, but let me just take a minute to ask a few questions about mice in general. Wireless or not, why does a mouse ONLY serve as an input device? Personally, it has the capability to do much more than move a cursor, right? So why is it that in all these years the only improvements to mouse design are only upgrading their Bluetooth chipsets and making them more responsive?

A winner of the Red Dot Award for best Design Concept, the D Mouse comes with a few unusual design choices that may seem weird at first, but make a world of sense if you try to think about how these changes make a mouse ‘better’ than existing ones. Built with an unusual design that employs stainless steel mesh on top and wood on the bottom, the D Mouse looks extremely different from existing plastic mice – because it is. This one comes with NFC pairing, a built-in SD card reader, and in-device storage of up to 1 terabyte, transforming the mouse into a data storage and processing device too.

The best part? It has its own cable integrated into the mouse that wraps around the base, and charges normally – unlike the Magic Mouse that needs to be overturned to charge. Even after an entire decade of people pointing it out.

Designer: Tride Design

The D Mouse is notably a wired mouse, relying on a built-in braided USB-C cable to connect to devices – although it does have Bluetooth 5.0 too. The wired design makes sense considering the D Mouse also works as a data storage and transfer device, given that wired transfers are far more secure and rapid than wireless transfer. Unwrap the cable, plug the mouse in, and it becomes a cursor that also stores data for you. The mouse has up to 1TB of SSD storage on-board, which is fairly helpful if you want to stash important files that nobody goes looking for. After all, who searches for files on a mouse, right?!

The rest of the mouse has a fairly unique but familiar design. The silhouette of the D Mouse is like your everyday ergonomic peripheral, albeit with a metal and wood construction instead of plastic (98% of the materials are recycled). A steel mesh on the top provides a very tactile surface to rest your hand, while still being breathable because of the open mesh. The mouse clicks silently, and instead of the scroll wheel, there’s a scroll-bar right near the thumb for touch-sensitive scrolling.

The mouse has a built-in card reader, along with internal storage that makes it perfect for creatives wanting to carry their files and access them on multiple devices without dongles and such. In this case, the D Mouse IS the dongle, working both wired and wirelessly, depending on how many files you have to transfer. It’s got an integrated fan that keeps the mouse (as well as your palm) cool while in use, and if you’re a gaming fanatic, there’s LED lighting too.

The D Mouse is a winner of the Red Dot Award: Design Concept for the year 2024.

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Revolutionary Transparent Jacket Uses Infrared to Keep You Warm

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Down jackets are fantastic insulators. They trap the warmth and retain heat, keeping us warm even in extreme weather conditions. But downs have adverse effects on wildlife and are not manufactured in the most environmentally friendly manner. In fact, most of the textile industry is ridden with a high environmental footprint. It is waiting for material innovation to decrease the footprints and herald a viable new beginning.

It would be far-stretched to say, but Japanese manufacturer Sumitomo Metal Mining could have a transparent way forward in this possible future. The company has manufactured Solament – a material innovation that produces heat using infrared light conversion. The Down-Less Down Jacket by designer Kosuke Tsumura is the first project that brings the material’s translucent nature and functionality to the fore.

Designer: Kosuke Tsumura

Aptly named Solament, a combination word comprising “solar” and “element,” this is made of near-infrared ray absorbing nanoparticles. The material absorbs the rays present in sunlight and utilizes them to generate heat. Tsumura has used the material properties to create the down jacket silhouette that absorbs infrared light from sunlight and then generates heat through light conversion technology to keep the wearer warm.

Down-Less Down Jacket, as it is called, is like a puffer down jacket made from the translucent innovative material. According to the designer, the jacket provides warmth, comparable (if not better) to a traditional down jacket without using feathers. No animals hurt, no production footprints; such as apparel as this transparent down jacket can be the future of clean, conscious clothing.

Winner of the Red Dot Award: Design Concept for the year 2024, the Down-Less Down Jacket depicts well the material’s potential. Given its transparent nature, it can have many applications and industries it can influence. Sticking with the jacket at hand, the interesting wearable may for now appear directly out of a fashion show, but its benefits can certainly have a transforming effect on the apparel industry.

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Remember Hoverboards? They’re now Hubless, Single-wheeled, and Modular thanks to this Wild Concept

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When people say the future of transport is electric, I think there’s a fundamental problem with their vision. Electric cars aren’t the future of mobility, electric transport is. We ditched the internal combustion engine and moved to a simple battery, motor, and wheels setup… so why are we still sticking to cars? They’re expensive, and they’re kind of a waste of space if you’re traveling alone in a 4-seater. The NAO.WHEEL challenges the notion of EVs being the future by presenting something a little more sophisticated. Designed as a monowheel that can be used solo or even joined together as modules, the NAO.WHEEL opens up a possible future where transport isn’t space-consuming. The NAO.WHEEL stands at under 2 feet tall, and just a few inches thick. Step on it, and it uses a gyroscope to balance as it transports you from A to B. Want to travel farther/safer? Two NAO.WHEELs snap together either side by side like a hoverboard, or front and back like an e-scooter, with a platform in the middle for you to stand on, allowing you to intuitively get to places without needing a massive car… and without needing to parallel park ever again.

Designer: Nao.design

The folks at Nao.design like to call the NAO.WHEEL “micro-mobility, macro convenience”. When asked about the Model T, Henry Ford famously said that if he asked people what they wanted, they would have asked for ‘faster horses’, because imagining a car in a horse-driven world wasn’t something regular people could do. The NAO.WHEEL is the exact same thing, but for cars. It challenges the notion that you need a car or motorcycle to get from A to B. You just need wheels that move, and a platform that moves you – something that the NAO.WHEEL condenses to its simplest form.

Sort of like earbuds, the NAO.WHEEL comes in a pair (left and right) but can be used individually. Singularly, the individual wheel has two pedals to stand on, but some may find the monowheel setup a little daunting. This is where the second wheel comes in. The second wheel either snaps to the first, creating a double-wheel that’s a little more stable, offers higher power, better turning, and twice the battery… or snapped to a module along with the first, creating a hoverboard or a scooter (as is visible above).

The NAO.WHEEL’s design is markedly different from your average hoverboard, earning it the Red Dot Award for Design Concept. The wheel is entirely hubless, creating a hollow center that really wows you when you look at it. The wheel has batteries built into its inner rim, using multiple cells arrayed in a circle. This helps with weight distribution, while a built-in gyroscope allows the wheel to stand upright while in use without having the dubious balance of a unicycle. Mount the NAO.WHEEL and it’s about as comfortable as a Segway or Hoverboard. There’s a minimal learning curve, and using the vehicle depends entirely on how you lean, allowing you to easily travel on wheels as if you’re cycling or running. And if you plan on traveling at night, don’t worry – the NAO.WHEEL comes equipped with both a headlight as well as a taillight to keep you aware and visible in the dark.

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This Genius Oven Was Designed To Be Used Upright Or Even Sideways…

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I remember seeing a video where a toaster could be laid on its side and used as a pizza oven instead. Rather than simply toasting bread slices, you could apply a small amount of sauce, pop a pepperoni slice or two, and some cheese and slide it into the horizontally kept toaster. Working essentially as an oven now, this toaster could be used to dish out quick pizza slices, or even toast up garlic bread, bagels, etc. While that sideways toaster use is more of a lifehack, it’s the Dwo Oven and Multicooker’s very USP. Designed to be used vertically as a regular oven, or sideways as a wider pizza oven, the Dwo goes to show that even something as basic as your average kitchen appliance has the potential to be reinvented.

Designer: Dogma Design

Designed for compact kitchens that can’t accommodate too many appliances, the Dwo lends itself to multiple use cases thanks to an adaptable design that works standing up as well as lying on its belly. The oven comes with a slim profile, sporting clear windows on the front and back, along with a control panel on top that lets you set the temperature and timer. The clear windows also function as doors, with both of them opening depending on how your oven is oriented. When standing up, the front-facing door opens to give you a narrow yet vertically spacious oven, while when sleeping down, the rear door (which is now positioned on top) opens to let you lower wide items into the oven. The concept is sort of like a wood-fired oven versus a tandoor – one has a frontal opening while the other is accessible from the top.

A roller on the bottom of the Dwo helps it easily transition between its two orientations, allowing you to easily and swiftly change between vertical and horizontal use. Vertically, the Dwo is perfect for multi-level cooking, like baking loaves, tea cakes, or a row of cookies. Lay it flat, however, and you can now lower a wider pan into it, making it ideal for pizzas, wider cakes, focaccias, pies, etc. Of course, orienting your oven vertically or horizontally means the heat coils face in different directions based on the orientation. While horizontal, your pizzas don’t necessarily cook fast from the top or the bottom, given that the heat coils are located on the sides. However, with some clever thermodynamic engineering, the Dwo could be turned into a heat-guiding furnace, so your pizza cooks evenly with browning on the bottom and a melted layer of cheese on the top!

Designed by Colombia-based Dogma Design, the Dwo is a Best of the Best winner of the Red Dot Award: Design Concept for the year 2024. It gives you an adaptable oven that doesn’t occupy much space, and can be used for something as basic as reheating an entire pizza to something more complex like making biscuits or cupcakes. The oven’s unique flat-ish internal space might be limiting had it not been for its ability to literally lean over and shift between standing and sleeping formats. No more trying to tilt the toaster on its side to lifehack your way through college!

The post This Genius Oven Was Designed To Be Used Upright Or Even Sideways… first appeared on Yanko Design.

This Genius Oven Was Designed To Be Used Upright Or Even Sideways…

Posted on by

I remember seeing a video where a toaster could be laid on its side and used as a pizza oven instead. Rather than simply toasting bread slices, you could apply a small amount of sauce, pop a pepperoni slice or two, and some cheese and slide it into the horizontally kept toaster. Working essentially as an oven now, this toaster could be used to dish out quick pizza slices, or even toast up garlic bread, bagels, etc. While that sideways toaster use is more of a lifehack, it’s the Dwo Oven and Multicooker’s very USP. Designed to be used vertically as a regular oven, or sideways as a wider pizza oven, the Dwo goes to show that even something as basic as your average kitchen appliance has the potential to be reinvented.

Designer: Dogma Design

Designed for compact kitchens that can’t accommodate too many appliances, the Dwo lends itself to multiple use cases thanks to an adaptable design that works standing up as well as lying on its belly. The oven comes with a slim profile, sporting clear windows on the front and back, along with a control panel on top that lets you set the temperature and timer. The clear windows also function as doors, with both of them opening depending on how your oven is oriented. When standing up, the front-facing door opens to give you a narrow yet vertically spacious oven, while when sleeping down, the rear door (which is now positioned on top) opens to let you lower wide items into the oven. The concept is sort of like a wood-fired oven versus a tandoor – one has a frontal opening while the other is accessible from the top.

A roller on the bottom of the Dwo helps it easily transition between its two orientations, allowing you to easily and swiftly change between vertical and horizontal use. Vertically, the Dwo is perfect for multi-level cooking, like baking loaves, tea cakes, or a row of cookies. Lay it flat, however, and you can now lower a wider pan into it, making it ideal for pizzas, wider cakes, focaccias, pies, etc. Of course, orienting your oven vertically or horizontally means the heat coils face in different directions based on the orientation. While horizontal, your pizzas don’t necessarily cook fast from the top or the bottom, given that the heat coils are located on the sides. However, with some clever thermodynamic engineering, the Dwo could be turned into a heat-guiding furnace, so your pizza cooks evenly with browning on the bottom and a melted layer of cheese on the top!

Designed by Colombia-based Dogma Design, the Dwo is a Best of the Best winner of the Red Dot Award: Design Concept for the year 2024. It gives you an adaptable oven that doesn’t occupy much space, and can be used for something as basic as reheating an entire pizza to something more complex like making biscuits or cupcakes. The oven’s unique flat-ish internal space might be limiting had it not been for its ability to literally lean over and shift between standing and sleeping formats. No more trying to tilt the toaster on its side to lifehack your way through college!

The post This Genius Oven Was Designed To Be Used Upright Or Even Sideways… first appeared on Yanko Design.

Award-Winning Electric Cooktop with DJ Console Design gives you Ultimate Cooking Control

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The deejay console is a thing of marvel – it’s designed to be highly intuitive and accessible at any given moment. Think about it, you’re at the console, you’ve got a crowd of thousands in front of you. One mistake and the entire atmosphere of the room changes. Heavy stakes require heavy design intervention – which is why the deejay console is made the way it is. Controls and knobs are located precisely within grasp based on how important they are or how often you need them. If you’re working with a 4-deck set, the four discs are located in a 2×2 layout, so you don’t have to move around to change songs, load up tracks, or scratch beats. The deejay console encourages creativity and is built for impulsive mixing, scratching, and production where milliseconds matter.

The Impulse Cooktop, as its name suggests, is designed around this very concept too, with a format that emulates the 4-deck console. The four cooktops are laid out like spin discs on a console, with the control panel being right in the center, within reach, and with controls that are both intuitive and easy to operate. Here’s where things get even more interesting – the entire cooktop is designed to be electric, and run on a combination of a power outlet as well as batteries, working even during a power cut. Individual elements are modular and repairable, so cooking meals should be just about as easy and creativity-driven as cooking fire beats.

Designer: Studio Blond for Impulse

Designed by Studio Blond for Impulse Labs, the cooktop is made to plug and play right out of the box. Drop it into your worktop, plug it into a socket, and you’re ready to cook. Four knobs at the center control the four electric ‘burners’, while a display helps you understand how hot or cold your burner is. The text is big, has a high contrast, and is accompanied by visuals that help anyone grasp the temperature they’re cooking at. Unlike conventional burners or induction stove that just show flames or power levels, this display gives you actual temperature readings so you’re more well-informed while cooking. Meanwhile, an LED strip around each burner glows to let you know which burners are active and how hot they are. A white strip indicates low or sim, while a bright orange or red means your burner is on full power.

Touchscreens are fiddly, and deejay consoles don’t have them for that reason – everything should be so intuitive that you can work it with your eyes closed. Similarly, the Impulse ditches touch-sensitive screens for an all knob-based interface that feels much more grasp-worthy. You don’t need to worry about heat affecting the touch-sensitivity, or water/oil/gravy spilling on the screen and messing up your stove’s settings. The raised cooktop surfaces (which really look like spinning discs) prevent the heat from reaching the screen, and four minimalist knobs let you do all the controlling you need to. The knobs are removable too, leaving you with a flat plate that’s easy to wipe down between uses. The only thing really missing is a child lock and we’re absolutely perfect.

A winner of this year’s Red Dot Award: Design Concept in the Best of the Best category, the Impulse Cooktop combines visual appeal with true user-friendliness. It helps homes transition to 100% electrical energy, without a fuss. A power socket is all you need to run the cooktop, and if you’re in a place with frequent power cuts (like I am), an internal battery allows you to continue cooking even during a blackout – something that induction cooktops struggle to do. The modular design simplifies repair, upgrade, and disassembly, paving the way for future accessories too.

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Life-Saving Pneumatic Inflatable Helmet declared the 2024 Red Dot Award: Design Concept Luminary Winner

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The Ventete aH-1 Cycle Helmet, awarded the prestigious Luminary Winner title at this year’s Red Dot Award: Design Concept, is an innovative take on personal safety for urban cyclists. At a time when cities are embracing cycling as a sustainable and efficient mode of transport, the aH-1 helmet emerges as a design-forward solution, combining portability, comfort, and protection in a way that challenges traditional helmet conventions.

What sets the aH-1 apart is its pneumatic design—a notable departure from the foam helmets that have dominated the market for over five decades. Instead of bulky, rigid foam, Ventete utilizes an inflatable air chamber system that collapses to a thickness of just 3.5 cm when deflated. This compact form allows the helmet to fit easily into a bag or even a large pocket, addressing a key pain point for cyclists who often struggle with where to store their helmets off the bike. When it’s time to ride, a small USB-C pump inflates the helmet in under 30 seconds, providing a quick and convenient transition from portability to protection.

Designer: Ventete Limited

Click here to view more Award-winning designs from the Red Dot Award: Design Concept

Beyond the obvious convenience, this inflatable structure offers functional advantages. Ventete has engineered the aH-1 with a chambered design that significantly improves airflow around the rider’s head. Traditional foam helmets trap heat, often making them uncomfortable during longer rides or in warm weather. By contrast, the air-filled design of the aH-1 promotes natural ventilation, keeping the rider’s head cool. Testing conducted by the Swiss Federal Lab for Material Science (EMPA) confirmed that the helmet’s cooling performance matches that of riding bareheaded, a remarkable feat for a safety device.

While inflatable, the helmet is far from fragile or ineffective. It is fully certified to CE/UKCA standards (EN1078), meaning it meets stringent European and UK safety requirements. Extensive research at Imperial College London’s HeadLab revealed that the aH-1 offers superior protection, particularly against rotational impacts—a leading cause of brain injuries in cycling accidents. With over 15 global patents protecting its design, the aH-1 is a product of nearly a decade of research and development, marrying innovation with practical safety.

The design process, led by Ventete’s team of architects and engineers, was guided by a philosophy that integrates functionality with minimalism. The helmet’s understated aesthetic reflects a growing trend in urban mobility design, where products are expected to seamlessly fit into the user’s lifestyle. Its compact and foldable nature speaks to a more flexible, spontaneous approach to transportation. Produced in Switzerland, the aH-1 also embodies the precision and craftsmanship for which the country is known, ensuring that the helmet is as durable as it is stylish.

The aH-1’s innovative design aligns with the broader cultural shift towards sustainability and urban mobility. As more cities promote cycling as a key component of their transport infrastructure, there is an increasing demand for gear that is not only safe and functional but also adaptable to the fast-paced, space-conscious lives of urban dwellers. By addressing the limitations of traditional helmets, the aH-1 positions itself as a forward-thinking solution for the modern cyclist.

Click here to view more Award-winning designs from the Red Dot Award: Design Concept

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