Author Archives: Sarang Sheth

Why KeyShot’s New ‘Product Design-to-Market Strategy’ is a BIG DEAL for Designers and Brands

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As industries evolve at breakneck speed, so too must the tools that power them. With increasing pressure to innovate quickly, deliver immersive experiences, and streamline processes, companies need solutions that can keep pace. Long known for its powerful 3D rendering capabilities, KeyShot is stepping into an expanded role with a vision that goes beyond just visuals. The brand is now introducing a comprehensive solution for the entire product design journey, or what they call their new ‘Product Design-to-Market’ framework. This shift promises to change how companies of all sizes design, collaborate, and deliver products to market, going well beyond simple 3D visualization (which KeyShot’s already proven to be a market leader in).

Click Here to Download Now: The whitepaper for an in-depth look at how this new framework can transform your business.

The Evolution of KeyShot

KeyShot’s 3D rendering software has been a staple for designers worldwide, offering photorealistic renderings and an intuitive workflow. But as industries change, so too must the tools that power them. Today, the product development process is a complex web of teams, assets, and software—often siloed and inefficient. Design, engineering, and marketing teams are tasked with bringing ideas to life while navigating scattered workflows and disconnected feedback loops.
Recognizing these challenges, KeyShot has expanded its scope to introduce a Product Design-to-Market Suite. This new approach aligns all stages of a product’s journey—from the first sketch to the moment it hits the market. The goal? A more unified, streamlined, and collaborative process that minimizes waste and maximizes creativity.

What is Product Design-to-Market?

The concept of Product Design-to-Market is simple but transformative. It’s a holistic strategy that bridges the gaps between the many departments involved in product creation. Instead of working in isolated silos, KeyShot’s vision encourages a fluid exchange of information and assets across design, development, and marketing teams. The result is faster iteration, better alignment, and a smoother transition from concept to market delivery.

For many companies, the current state of product design is far from optimal. Data is often scattered across platforms, teams work with outdated versions of assets, and crucial feedback gets lost in the shuffle. These inefficiencies cost time, money, and—perhaps most importantly—creativity. KeyShot’s Product Design-to-Market Suite seeks to eliminate these pain points by centralizing the entire process within one ecosystem.

KeyShot’s Expanded Offering

With this new vision, KeyShot has unveiled three key tools designed to revolutionize product design and delivery:

  • KeyShot Studio: The rendering tool we’ve previously known as KeyShot, KeyShot Studio remains a top choice for rendering photorealistic 3D visuals. Now with enhanced features, like improved texture baking and animation support, it integrates more deeply into the product development process, allowing teams to do much more than just rendering.
  • KeyShot Hub: A brand-new addition to the KeyShot family, Hub is all about collaboration. It’s a centralized platform where teams can manage scenes, assets, and versions, ensuring everyone stays in sync during the design journey. This tool aims to solve one of the biggest pain points in product development: the lack of a unified space for feedback and iteration.
  • KeyShot Dock: Formerly Digizuite’s DAM (Digital Asset Management), Dock takes the guesswork out of managing 3D assets across departments. It ensures that teams can access the right assets at the right time, helping to streamline the transition from design to marketing and beyond.

Together, these tools form a complete Product Design-to-Market Suite, designed to break down the barriers that have traditionally slowed product development.

Why This Matters for Designers and Businesses

In a landscape where time to market is critical and customer experience reigns supreme, KeyShot’s new direction offers a much-needed solution. For design teams, it means less time lost in tedious back-and-forths, fewer revisions, and more focus on creativity. For businesses, it translates to faster product launches, reduced costs, and a better alignment between design and marketing teams.

Whether you’re part of a small design studio or a large corporation, the ability to quickly adapt and deliver products to market can be a game-changer. KeyShot’s Product Design-to-Market Suite approach ensures that teams can iterate faster, collaborate more efficiently, and ultimately bring better products to life.

A New Era of Product Design

By expanding its role from rendering software to an all-encompassing design-to-market platform, KeyShot is positioning itself at the forefront of modern product development. This isn’t just a rebrand—it’s a reimagining of what’s possible when design, engineering, and marketing work in harmony. And as industries increasingly shift towards immersive experiences and rapid innovation, KeyShot’s vision offers a clear path forward.

For designers, it’s a chance to focus less on the logistics of development and more on pushing creative boundaries. For businesses, it’s an opportunity to streamline processes and deliver products that truly resonate with their audience.

Learn more about KeyShot’s Product Design-to-Market Suite and download the whitepaper for an in-depth look at how this new framework can transform your business.

Click Here to Download Now: The whitepaper for an in-depth look at how this new framework can transform your business.

Learn more about KeyShot’s Product Design-to-Market Suite

The post Why KeyShot’s New ‘Product Design-to-Market Strategy’ is a BIG DEAL for Designers and Brands first appeared on Yanko Design.

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.

This Mini Robot Arm can be built in Under $100 Using Arduino Nano and 3D Printed Files

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reating a mini robotic arm with Arduino and 3D printing is an exciting way to merge electronics and design. This project invites enthusiasts into the world of robotics, blending creativity with hands-on technical work. It’s ideal for those eager to dive into the realms of motion control and automation, using accessible components and open-source technology. The core of the project is the Arduino Nano, a compact microcontroller that coordinates the movements of four SG90 servo motors. These motors are controlled through potentiometers, offering precise adjustments to the arm’s motion. By adjusting the position of each potentiometer, you can direct the servo to move in a specific direction, making the control feel intuitive and satisfying.

Designer: FABRI Creator

To build this arm, you’ll need several essential components. Beyond the Arduino Nano, four SG90 servo motors serve as the muscles of the arm, providing the torque required for smooth movements. These motors are driven by the signals from potentiometers, which read user inputs and translate them into specific positions for the servos. The project also requires electronic parts like resistors and capacitors for the PCB, ensuring stable and efficient operation. A DC jack connector allows for easy power connection, supporting a 5V 3A adapter or a standard PC power supply, ensuring the arm has a reliable power source. With a breadboard for prototyping and a custom PCB for permanent assembly, you can seamlessly organize all connections, creating a clean and efficient setup.

But here’s where the magic truly happens: 3D printing. Using software like Fusion 360, you get to design the structural parts of your robot arm, optimizing the form and function to your specific needs. It’s not just about the technical specs—it’s about bringing your vision to life in a tangible, tactile way. The parts, printed with durable PLA filament, take shape layer by layer, transforming digital models into physical components. The design smartly minimizes the need for supports during printing, making it efficient and less wasteful. The result is a sleek, lightweight arm that looks as good as it functions, embodying the intersection of art and engineering.

Programming the Arduino is where the project gains its soul. With a bit of code, you can teach the arm to follow your commands, offering both manual and automated control modes. In manual mode, the potentiometers give you direct control over each servo, letting you guide the arm’s movements with finesse. Automated mode, on the other hand, takes it a step further—allowing you to record sequences and replay them, turning the arm into a precise tool for repeating tasks. This duality of control means you can create everything from a delicate touch for small tasks to a mechanical memory that runs on its own.

As you bring it all together, the assembly process becomes a meditative practice in precision and patience. Soldering each component onto the PCB, carefully routing wires, and securing the servos in place requires focus, but the reward is a beautifully crafted piece of tech that feels like a personal accomplishment. The attention to detail in organizing cables and ensuring smooth motion paths doesn’t just keep things tidy—it elevates the overall aesthetic and functionality of the arm. It’s a reminder that design is as much about what you don’t see as what you do.

By the time the project is complete, you’ll have a fully functional mini robotic arm capable of manual and automated control. The combination of 3D printing and Arduino brings a level of customization that lets you adapt the design to your needs, making it a perfect entry point into robotics. This DIY project is less about building a one-time gadget and more about being an entry-point into the world of STEM and Design. It demonstrates how accessible and versatile modern technology can be, offering a fulfilling way to explore the world of robotics, whether you’re a seasoned maker or just starting out… and once you’re done you can quite literally pat yourself on the back with your new robot arm!

The post This Mini Robot Arm can be built in Under $100 Using Arduino Nano and 3D Printed Files first appeared on Yanko Design.

The Only Skillet You’ll Ever Need: This Titanium Skillet is Naturally Non-Stick and Virtually Indestructible

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Titanium is durable enough to last for centuries, is naturally non-stick, and doesn’t rust or corrode. For decades, it’s been the go-to choice for all sorts of EDC, from knives to multitools to even wallets – but nobody’s really made titanium cookware popular… until now.

Rather simply called the Titanium Skillet, this unique piece of kitchenware costs about as much as a good cast-iron or carbon steel skillet, without the hassle associated with skillet maintenance. Cast iron requires proper care, and even carbon steel doesn’t do well unless it’s seasoned over time – but the Titanium Skillet scoffs at that pageantry. Designed to be used right out of the box without any of that seasoning nonsense, the skillet lets you easily (and perfectly) cook all your dishes. Scrub it afterward with a metal scouring pad or chuck it in the dishwasher, the skillet’s designed to easily withstand the most demanding conditions without breaking a sweat.

Designer: Linco

Click Here to Buy Now: $155 $235 ($80 off) Hurry! Only 8 out of 30 left.

The Titanium Skillet is more than just easy on your ingredients—it’s also remarkably efficient. Sandwiched between layers of GR1 titanium on the inside and steel on the outside is a core of pure aluminum, providing fast and even heat distribution. With 40% better thermal conductivity, it heats up in just 30 seconds, ensuring that your food cooks evenly and thoroughly. No more hotspots, no more burnt edges. Plus, the design is energy-efficient, cutting power consumption by about 30%, which means you can feel good about a more sustainable choice in your kitchen. And all this tech doesn’t come with extra heft—at just 1 kg, it’s far lighter than your traditional cast-iron pan, so your wrist won’t be begging for mercy after a session of flipping pancakes.

The naturally non-stick surface means no synthetic coatings—just a smooth titanium oxide layer that resists food sticking and makes clean-up simpler, and just gets better with time. You won’t find yourself scrubbing off burnt-on residue, but it also means there’s no Teflon to potentially scratch or degrade over time. That’s a win for anyone who’s experienced the frustration of a pan that loses its non-stick magic after a few months.

The wide cooking surface and 2-inch-high sides are perfect for retaining heat while offering plenty of room for searing, simmering, and even deep-frying. This clever design brings versatility to your skillet, allowing it to be your go-to for pretty much any sort of dish, be it on the gas stove, an induction, or even in an oven. Need to finish a steak under the broiler for a good sear? No problem. The skillet can handle up to 500°C (932°F) without breaking a sweat. The outer 430 Stainless Steel layer prevents warping and deformation, so you can chuck the Titanium Skillet in a regular oven, on a grill, or even a wood-fired pizza oven to get your cook on.

The handle comes crafted from stainless steel and is designed to contour nicely to your hand, making the skillet comfortable to maneuver, even when working with heavier dishes. And the use of titanium rivets to secure the handle speaks to the brand’s commitment to durability. Yet, like any product, there’s a balance between innovative features and practicality. It’s great that the skillet can withstand high temperatures, but for most home cooks, that’s overkill. High-heat searing is important, but unless you’re reverse-searing filet mignons on an hourly basis, you’re good.

The use of titanium is fairly novel for cookware. It’s found extensively in EDC for its durability, in prosthetics for its biocompatibility, and in space exploration for how unfazed it is under temperature fluctuations. Titanium in cookware, as far as I’ve ever seen, is fairly new (beyond the occasional titanium spork designed for camping), and that’s pretty exciting if you’re a cooking enthusiast like me, an early adopter, or an EDC collector who preaches the gospel of titanium.

But here’s the thing: titanium doesn’t impart any flavor or minerals into your food, unlike cast iron, which can release a bit of iron into whatever you’re cooking. That can be a small but significant health benefit, especially for those who might need an iron boost in their diet. So while titanium’s non-reactive nature is perfect for cooking acidic ingredients like tomatoes, it lacks that additional nutritional contribution. For some, that might not matter, but it’s a detail that’s worth noting, especially when the comparison comes up between these new-age materials and the old-school favorites. In that vein, the Titanium Skillet’s more apt competitors are stainless steel and carbon steel, which just have a durability advantage over cast iron – an area where titanium passes with absolute flying colors.

For those interested in backing this project, Linco’s offering comes with a few perks on Kickstarter. Early adopters can grab the 10-inch skillet for around $155, while the 11-inch version is about $168. And with global shipping estimated for November 2024, the promise is that you’ll be cooking with this futuristic tool sooner rather than later… and your great-grandchildren will probably cook with the same skillet too!

Click Here to Buy Now: $155 $235 ($80 off) Hurry! Only 8 out of 30 left.

The post The Only Skillet You’ll Ever Need: This Titanium Skillet is Naturally Non-Stick and Virtually Indestructible 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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Turning 350 Razor Blades into a Super-Sharp Damascus Steel Knife

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But why make a massive blade out of something that can ALREADY cut things – you ask? It probably sounds like using a lot of small LEGO bricks to make one large LEGO brick, right? Well, the thing with razor blades is that they’re made to serve a finite purpose. They’ll last a few days, maybe a few weeks, and then they need to be discarded. Razor blades are ridiculously sharp, but they’re also ridiculously flimsy and you can break one with your own hands… so YouTuber Knives Project decided to just use a bunch of them to make something more everlasting, more worthy of being cherished, while being just as sharp.

It took 350 blades being forged together into a metal ingot to make this final knife. The result is truly heirloom-worthy. The knife sports a gorgeous marbled blade created thanks to the combination of the steel used in the razors as well as the steel powder added into the ingot to fill in the air gaps. The knife finally gets a nice wooden handle with a bit of metal at the beginning of the hilt.

Designer: Knives Project

The 15-and-a-half-minute video guides you through Knives Project’s process, from forging the steel ingot to shaping it, etching it, honing it, and then building the handle for the knife. The result looks rather artisanal, with a kitchen knife-style design sporting a drop-point edge and a wonderful marbled body reminiscent of Damascus Steel. The knife also comes with a wooden handle with an octagonal cross-section that’s easy to grip and maneuver.

Razor blades are primarily made from martensitic steel – a steel alloy known for its high strength and wear resistance, with the more expensive ones being made from carbon steel. Given that the knife uses 350 of these razors, it’s possible Knives Project sprung for regular blades, adding them one by one into a bolt to create a cylindrical form. The cylinder was then dropped into a hollow metal block and all the air gaps were filled with steel filings, resulting in a solid block that had no air gaps.

Once the metal block goes into the furnace, the steel inside begins melting, forming a rough cluster that Knives Project extracts by opening the outer box using an angle grinder. The reason is that this outer box is made of iron, while its internal components are the steel you need to form into an ingot.

The process involved constantly heating, hammering, and forming the resulting metal ingot into a flat strip that could then be cut into the knife’s shape. Once cut, the surface was made smooth before being dipped into an acid bath to reveal the marbled pattern caused by the different kinds of steel used in the knife.

Once the blade was completely ready, Knives Project added a handle to it, using primarily wood combined with metal and a black block of presumably polymer to create a fair amount of contrast. The handle was given an octagonal cross-section and a fairly simple silhouette. Arguably a knife this pretty could be given a prettier, more ergonomic handle, but then again, that may steal from the star of the show, its blade – forged from 350 razors. Now if only Knives Project could cut that blade up into 350 pieces and turn them back into razors!

The post Turning 350 Razor Blades into a Super-Sharp Damascus Steel Knife first appeared on Yanko Design.

Prada Designs Spacesuit for the First Woman Astronaut On The Moon. Here’s what is different…

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When you think of spacesuits, luxury fashion probably doesn’t come to mind—but Axiom Space and Prada are changing that. Together, they’ve unveiled the Axiom Extravehicular Mobility Unit (AxEMU), a next-generation spacesuit designed for NASA’s Artemis III mission, which will return astronauts to the Moon. This suit represents a groundbreaking shift in both form and function, blending the technical precision required for space exploration with the high-performance materials and design innovations Prada is known for. And it’s more than just a style statement: the AxEMU has been carefully crafted to support the historic lunar landing of astronaut Christina Koch, who will be the first woman to walk on the Moon.

Designers: Axiom Space and Prada

An Unlikely Collab between NASA and Prada

At first glance, the AxEMU may not look like the bulky spacesuits we’ve come to expect. In fact, that’s the point. Designed with a scalable and adaptable architecture, this suit breaks free from the rigid, one-size-fits-all approach of traditional space gear. The AxEMU is built to accommodate a wide range of body types, allowing astronauts from various anthropometric percentiles—meaning different heights, weights, and builds—to feel comfortable and functional in the suit. Whether you’re on the smaller side or fall into the larger percentile, the AxEMU adjusts to ensure maximum mobility, a critical factor for a mission as demanding as Artemis III.

Prada’s expertise in material science plays a key role here. The luxury fashion house worked closely with Axiom engineers to develop an outer layer that not only looks sleek but also performs under extreme conditions. Crafted from a reflective white material, this layer helps regulate temperature by reflecting the sun’s heat while simultaneously protecting the astronaut from lunar dust and radiation. While traditional spacesuits focus on pure functionality, the AxEMU integrates aesthetics with performance, combining Prada’s advanced sewing techniques with Axiom’s life support technology to create something truly revolutionary in both appearance and utility.

High-Tech Meets High-Street Fashion

What truly sets the AxEMU apart from its predecessors is its balance between high-end design and cutting-edge technology. The suit boasts enhanced safety systems, including a regenerable carbon dioxide scrubbing system that ensures astronauts can breathe safely during spacewalks lasting up to eight hours. It also features advanced cooling technology, which is crucial for maintaining comfort in the extremes of the lunar environment. Astronauts will be better equipped to perform complex tasks thanks to upgraded dexterity in the gloves—something previous spacesuits struggled with, often limiting the fine motor control astronauts need to manipulate tools or conduct experiments.

The helmet also offers significant upgrades, with an advanced visor that improves visibility in the harsh lighting conditions of the Moon’s surface. The design of the AxEMU is about more than just protection; it’s about enabling astronauts to push the boundaries of what’s possible in space exploration. Thanks to Prada’s involvement, the suit’s exterior may feel more like high-performance sportswear than traditional space armor. But make no mistake—this is gear built to survive the extreme cold and searing heat of the Moon’s surface, with every detail engineered to keep astronauts safe and functional in one of the most hostile environments known to man.

What Makes The AxEMU So Different?

Compared to existing spacesuits, the AxEMU is a leap forward in versatility and user experience. Most current spacesuits, like NASA’s EMU (Extravehicular Mobility Unit), were designed decades ago, with little adaptation for the variety of missions astronauts now face. The AxEMU, by contrast, is built with a flexible architecture that can evolve for different missions, from the lunar surface to low-Earth orbit. This flexibility allows Axiom Space to customize the suit for a wide range of environments and tasks, whereas older suits were often mission-specific, with limited adaptability.

Safety is another area where the AxEMU shines. Conventional spacesuits are built with basic redundancy, but the AxEMU integrates a more robust set of redundant systems, ensuring multiple fail-safes in life support and mobility functions. This suit also goes beyond standard temperature control, using Prada’s material expertise to provide better heat management, allowing astronauts to remain comfortable during long spacewalks, even in the harsh lunar environment. Furthermore, the AxEMU has been tested with advanced simulations, including underwater testing to mimic the reduced gravity on the Moon, setting a new standard for preparation and reliability.

Designed for Christina Koch: A Spacesuit for the First Woman on the Moon

Christina Koch will make history as the first woman to walk on the Moon, and the AxEMU has been designed with that momentous occasion in mind. While traditional spacesuits were largely designed for male astronauts, the AxEMU has been engineered with inclusivity at its core. One of the key differences lies in its customizability: unlike older suits that often required uncomfortable modifications for female astronauts, the AxEMU offers a better fit right from the start, making adjustments seamless and comfortable for a wide range of body types. This is particularly important for Koch, as a properly fitted suit means enhanced mobility and reduced fatigue during long spacewalks.

Additionally, the suit’s gloves, helmet, and overall design have been tailored for precision, allowing Koch to work more efficiently on the lunar surface. The improved dexterity of the gloves will enable her to conduct more intricate scientific tasks, such as collecting samples and performing experiments, without the restrictions of older spacesuit designs. For Koch, the first woman to explore the Moon, having a suit that adapts to her needs, rather than her adapting to the suit, marks a symbolic and practical step forward in space exploration, ensuring that future missions can be more inclusive.

The AxEMU represents the future of spacesuits—one where technology, design, and inclusivity come together to push the boundaries of human potential. With Christina Koch set to wear this groundbreaking suit during her historic moonwalk, the AxEMU is leading the way into a new era of space exploration, where astronauts of diverse backgrounds, genders, and physiques will have the tools they need to reach new frontiers.

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This Ultra-Compact Full-Size Backpack folds down to the size of a Flip Phone

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Barely the size and thickness of a single hash brown, the Nanobag Daypack might just be the thinnest, ultra-compact folding backpack ever made. Small enough to carry around with you in your pocket, the Nanobag Daypack folds open to become your traditional shoulder-worn backpack, fitting as many as 16 liters worth of stuff inside its full-scale design. It does so thanks to a unique high-performance fabric thinner than a human hair, but capable of folding in on itself in seconds without leaving air pockets. This means your entire backpack can compress down to a pocket-friendly size in seconds, disappearing like a magic trick

This isn’t the Nanobag’s first rodeo. Originally designed in 2017, the designers behind the bag have worked tirelessly on 7 different iterations, going from a tote bag in 2017 to a proper backpack in 2024, capable of carrying 66 lbs or 30 kilos worth of weight effortlessly. The designer duo behind the Nanobag, Ursus and Rune, have created quite the masterpiece. The nylon ripstop fabric used by the bag is half the thickness of a human hair, but is capable of taking on your everyday use. Armed with YKK zippers and bartack reinforcements, the Nanobag Daypack is just as capable as your regular backpack… it’s just thinner, lighter, and small enough to fit into your pocket after use. Think of it as the MacBook Air of backpacks.

Designer: TipTop Things LTD

Click Here to Buy Now: $21 $30 (30% off). Hurry, only a few left! Raised over $377,000.

“Every year, we consume up to 5 trillion plastic bags, placing an immense and unnecessary burden on our planet,” says Ursus-Mortimer Negenborn, one of the Nanobag’s creators. That’s 160,000 bags per second if you do the math… and there are no points for guessing how many of them end up being thrown away after use. The reason plastic bags are still so popular is because they’re lightweight, get the job done, and are therefore ridiculously convenient. If you’re the eco-conscious kind, you’ll probably carry your own reusable bag around instead of choose single-use plastic bags. Most people choose not to, because reusable bags are bulkier than plastic bags… so Ursus and Rune just decided to make a backpack that’s just as small and light as your average plastic bag.

The fabric only measures 0.05mm thick or half the width of a human hair.

The Nanobag Daypack features a YKK zipper for reliable operation, and is reinforced with bartack stitching on stress points.

The Nanobag Daypack’s secret sauce lies entirely in its supersoft diamond ripstop fabric. The softness allows the fabric to fold on itself incredibly compactly, eliminating air pockets, giving you a backpack that can go from fitting 16 liters worth of stuff to being small enough to fit into your pocket. The fabric measures a staggering 0.05mm thick (that’s half as thin as a human hair) but is durable enough to withstand regular use. Combined with bartack stitching and YKK zippers, the Nanobag Daypack can take on the role of a backpack, allowing you to carry books, groceries, clothes, or anything you’d casually use a backpack, sling, or tote for. Given its ridiculously compact size, it obviously doesn’t come with padding or compartments the way traditional laptop bags do – but then again, a laptop bag doesn’t fold down to the size smaller than your average wallet or flip phone. The straps are non-adjustable too, but then again, the bag comes in one universal size with wide straps that anyone can carry/wear comfortably.

Wide, balanced straps, provides a comfortable and even distribution of weight.

Using the Nanobag Daypack is just as convenient as you’d think. The bag unfolds in seconds and can be slung around your shoulders, with a main zipper that holds all your belongings inside. When empty, the Nanobag Daypack doesn’t need meticulous folding either – just casually fold down the backpack and tuck it into the tiny pouch it comes with. The entire process takes mere seconds too.

You can grab your Nanobag Daypack in as many as 12 prints featuring different patterns ranging from geometric to floral to camouflage or even psychedelic. If you like your backpack plain, you can grab the Nanobag Daypack in solid colors too. Each Nanobag Daypack comes in a single universal size, and even ships with a keychain loop so you can carry your entire ultracompact backpack around your keychain when you don’t need it. The Nanobag costs just $21 which includes free global shipping and for each bag sold, TipTop Things will plant a tree on your behalf.

Click Here to Buy Now: $21 $30 (30% off). Hurry, only a few left! Raised over $377,000.

The post This Ultra-Compact Full-Size Backpack folds down to the size of a Flip Phone first appeared on Yanko Design.

Powerful Mini-PC Fits Inside a Foldable Keyboard with AMD Ryzen 7 and 1TB SSD

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Barely the size of a Mac mini, the Lunar is a 2-in-1 Foldable Keyboard that packs an entire PC into its compact design. Think of it as a laptop’s spiritual sibling – designed to fit anywhere and be carried wherever you go. All you really need is a display, be it a monitor, an iPad, or even those newfangled carry-anywhere AR glasses.

Sometimes, innovation surprises you not with flashy features, but with a simplicity that redefines an experience. The Lunar mini PC is exactly that—a folding keyboard that, when unfolded, reveals the heart of a powerful AMD Ryzen-powered computer. I’ve been following the trends in portable computing for years, and rarely does a device manage to balance performance, design, and practicality as seamlessly as this. It’s easy to overlook, especially if you’re used to thinking of PCs as large, cumbersome machines, but the Lunar mini PC changes that perception the moment you hold it.

Designer: ling long

Click Here to Buy Now: $579 $699 ($120 off) Hurry! Only 67 of 100 left. Raised over $110,000 USD.

The AMD Ryzen 7 8840U processor inside might sound like overkill for something this small, but it’s not just about raw power. Think about how we work today: jumping from a coffee shop to a co-working space, sometimes connecting to external monitors, sometimes working straight from a tablet or even AR glasses. Lunar’s decision to skip a built-in screen in favor of external display options is more of a design statement than a compromise. Why drain battery life on an extra screen when you can wirelessly stream to a device you already carry, or plug into a larger display for more serious tasks? It’s an approach that resonates with anyone tired of carrying excess tech that never quite fits their routine.

Sure, it’s portable, but how does it feel? The Lunar PC’s keyboard is surprisingly satisfying, especially given its folding nature. It’s designed to feel like a proper typing experience, not the cramped, flimsy experience you get from so many portable keyboards. Folded down, it weighs just 800 grams, and its slim profile (6.1 x 4.3 x 1.1 inches) means it can easily be slipped into a backpack or messenger bag. When unfolded, the keyboard stretches to nearly 30 cm, offering a comfortable layout even for extended typing sessions, with 1.2mm scissor switches that offer a fair amount of travel. With up to 32GB of LPDDR5X RAM, 1TB SSD, and nearly 10 hours of battery life on a full charge, you could easily use the mini-PC for everything from gaming to editing photos and videos – something you wouldn’t be able to do on, say, an Android tablet that’s just as portable.

Surprisingly, the foldable keyboard packs more port variety than your average MacBook Air or Chromebook. It’s equipped with Wi-Fi 6 and Bluetooth 5.2, ensuring you’re getting the latest in wireless technology. You’ve also got the flexibility of a USB 3.0 Type-A, a USB 3.2 Type-C, and a USB4 port, which means you can connect pretty much anything you need, whether it’s external storage, a monitor, or even a full docking station. With a 16,000mAh battery inside, it’s designed to get you through a full day of light work without being tethered to a wall. This kind of flexibility in a mini PC is rare, especially when most of us are constantly juggling devices and chargers.

The appeal of Lunar extends to its flexibility—if you need a screen, it’ll connect to virtually any display you already own, and for something more immersive, AR and VR headsets like the XReal Air 2 or Apple Vision Pro are compatible. This makes it particularly appealing for creatives or those who need to switch between work and entertainment modes seamlessly. It’s not limited to individual use either. The Lunar can create a hotspot to share its connectivity with other devices, making it a great solution for team projects or collaborative work away from the office.

As someone who’s always on the lookout for tech that balances design and functionality with a creative approach, the Lunar 2-in-1 is exciting. Currently, it’s live on Kickstarter with a starting price of $579 for the base model, which includes 16GB of RAM and 512GB of storage (that’s about as much as my gaming laptop for half the price and half the size). Shipping is expected to start in January 2025, with a GaN charger included with each Lunar mini-PC for easy charging. Whether you’re a designer, a writer, or just someone tired of carrying too many gadgets, the Lunar 2-in-1 feels like the kind of device that could simplify your setup without sacrificing performance. And honestly, isn’t that the dream? A full PC in your pocket, ready to work wherever you are.

Click Here to Buy Now: $579 $699 ($120 off) Hurry! Only 67 of 100 left. Raised over $110,000 USD.

The post Powerful Mini-PC Fits Inside a Foldable Keyboard with AMD Ryzen 7 and 1TB SSD first appeared on Yanko Design.