Valve’s long-awaited Steam Machine has officially arrived, offering a compact gaming system that merges PC-level performance with the convenience of a console. In a recent walkthrough by ETA Prime, the device’s standout features were put to the test, including its AMD Zen 4-based CPU and RDNA 3 GPU, which promise smooth gameplay at resolutions up […]
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Apple’s iOS 27 Beta 2 is poised to bring a host of new features and refinements, building upon the foundation established by the initial beta release. With a strong emphasis on customization, performance and user-focused improvements, this update aims to elevate the iPhone experience. Below is a detailed look at the most notable enhancements and […]
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A modern creator’s desk looks different from how it did a decade ago. A 3D printer often sits where a sketchbook once lay, and filament rolls where stationery sets would sit. But this new method of creation has introduced its own unique challenge: post-processing. The work of transforming a raw print into a professional-grade model or prototype requires a specialized set of tools, ones designed to handle the unique properties of modern materials without destroying fine details. The old workshop sander and utility knife feel clumsy and oversized for this new scale of making.
This new workflow demands a new class of tool, and HOZO has been steadily building an answer. The company’s ecosystem is engineered specifically for the desktop fabricator, providing a complete pipeline for refining intricate parts. It begins with precise measurement, moves to clean support removal, and ends with methodical surface finishing. Each tool in the lineup, from the NeoRuler to the NeoBlade and NeoSander, is a piece of a larger system intended to bridge the gap between digital design and the tangible, finished object in your hand.
The NeoSander addresses the most delicate stage of making, surface finishing, with an engineering approach that is both clever and incredibly practical. Instead of spinning a sanding tip in a circle, a method that generates heat and can easily gouge softer materials like PLA or resin, the NeoSander uses a patented reciprocating linear motor. This allows the head to move back and forth in a perfectly straight line up to 13,000 times per minute. The motion is more like a controlled, high-speed vibration, giving the user an impressive degree of precision for tasks like removing layer lines from a 3D print or smoothing the surface of a detailed miniature without melting or deforming it.
This design focuses on control that is felt throughout the tool. Weighing just 89 grams, it handles more like a stylus than a traditional power tool, reducing hand fatigue during long finishing sessions. The system includes eight different head shapes, designed to fit into tight corners, follow curved surfaces, or sand flat areas with uniform consistency. These heads pair with a wide range of sandpaper grits, from a coarse 180 for initial shaping to a fine 1500 for achieving a near-polished smoothness. For those building a complete system, the NeoSander Premium Combo expands this with a full accessory suite, including a charging dock and a pro case, turning the tool into a permanent and organized fixture on the workbench. It represents the final, critical step in the HOZO workflow, taking over where the NeoBlade’s cutting work ends.
To accommodate different user needs, the NeoSander is available in both a Starter configuration and a NeoSander Premium Combo. The starter kit provides the essential sanding system for precision finishing, while the Premium Combo expands the experience with an additional 64-Piece Color-Coded Sanding Head Collection and a Charging Dock for a more complete workstation setup. This flexibility allows makers to choose the package that best matches their workflow, whether they need a dedicated detail sander or a more comprehensive desktop finishing system. Within the HOZO ecosystem, the NeoSander represents the final step in the making process, taking over where the NeoBlade’s cutting work ends and transforming raw parts into polished finished creations.
Click Here to Buy Now: $69.99. | NeoSander Premium Combo: $143.65 $169 (15% off). Hurry, Prime Day Deal ends soon!
Long before a project is ready for the delicate finishing work of a detail sander, it needs to be cleanly separated from its supports or trimmed of excess material. This is often the most treacherous part of the process, where a standard hobby knife can snag, skip, or require enough force to send a crack through a delicate print. The HOZO NeoBlade is designed to eliminate this risk entirely by using ultrasonic vibrations to do the work. Its blade oscillates at an incredible 40,000 times per second, creating a micro-sawing action that parts materials with minimal pressure. The user simply guides the blade, and it glides through plastic, resin, or acrylic, leaving a clean, smooth edge that requires significantly less cleanup later.
This technology fundamentally changes the experience of working with detailed components. Because the tool supplies the cutting power, the user can focus entirely on accuracy. The cordless, pen-like form factor makes it easy to maneuver around complex geometries, trimming support nubs from inside tight spaces or cutting intricate patterns from foam board without deforming the material. For makers who need versatility, the NeoBlade Premium Combo offers a complete kit with multiple blade types and a Turbo Dock with battery support, from fine points for detail work to chisel tips for broader cuts. It serves as the perfect counterpart to the NeoSander, handling the initial, gross material removal with the same level of precision that the sander brings to the final surface.
NeoBlade serves as the critical first step in material refinement. It handles support removal, trimming, and precision cutting before the NeoSander takes over for surface finishing, creating a seamless workflow that helps makers transform raw prints and materials into clean, professional-quality results.
Click Here to Buy Now: $134.99 $149.99 (10% off). | NeoBlade Premium Combo: $253.50 $338 (25% off). Hurry, Prime Day Deal ends soon!
Every clean cut and polished finish starts with accurate dimensions, which is what makes the NeoRuler Premium Combo with the NeoCaliper Kit such an important part of this lineup. Rather than functioning as a simple desk ruler, it is positioned as a digital measuring tool that combines scale-based reference with caliper-style precision, making it especially useful for makers working with prototypes, model parts, and 3D printed components. That added caliper functionality gives the tool a more hands-on role in the workflow, allowing users to check widths, depths, inner dimensions, and outer tolerances before moving on to cutting or finishing. In a setup built around precision, that kind of measurement confidence matters early.
Within the flow of the HOZO ecosystem, the NeoRuler Premium Combo works as the checkpoint tool, the one you reach for before NeoBlade trims away excess material or NeoSander refines the final surface. It helps verify whether a part actually matches the intended geometry, whether two pieces will fit together cleanly, or whether a support area has enough clearance before removal begins. That makes it especially valuable for creators who work on assemblies and detailed fabrication, where a small measuring error can ripple through the rest of the process. While the cutting and sanding tools naturally draw more visual attention, this combo plays a quieter but foundational role by making sure the rest of the workflow starts from the right numbers.
Click Here to Buy Now: 109.65 $129 (15% off). | NeoRuler Premium Combo: $199.20 $249 (20% off). Hurry, Prime Day Deal ends soon!
The post This Ultrasonic Cutter Vibrates 40,000 Times a Second For Cleaner 3D-Print Finishing. And It’s On Sale. first appeared on Yanko Design.
The tent industry has spent decades obsessing over sleeping quarters. We’ve seen ultralight backpacking shelters, geodesic domes rated for basecamp conditions, glamping canvas suites with chandelier hooks and welcome mats. And yet somehow, the bathroom question, the single most pressing daily concern at any campsite, has largely been left to your imagination, a folding shovel, and a lot of prayers for tree coverage. Gazelle Tents has just changed that, and it did so in a way that feels almost embarrassingly obvious in hindsight.
The Privacy Tent is Gazelle’s answer to what I’d call the campsite gap. It functions as a portable shower enclosure, a changing room, or a toilet privacy shelter, and it sets up in about 90 seconds. That last part matters more than it sounds. Nobody wants to spend 20 minutes wrestling with poles and stakes before handling a biological situation. The fact that Gazelle uses its signature pre-assembled hub-frame system here, the same one it’s built its reputation on for regular camping tents, means you’re pulling something out of a bag, releasing it, and watching it pop into shape almost immediately.
Designer: Gazelle
The specs are genuinely good. Standing height clears 86 inches, which means even the tallest people in your group won’t be hunched over trying to get dressed. The footprint is 48 by 48 inches, which is roomy enough to actually move around inside without the kind of claustrophobic side-wall contact that turns a quick shower into an ordeal. When you’re done, the whole thing packs down to 48 by 8.5 inches in diameter, so it slides into the back of a car, a truck bed, or the corner of an overland rig without demanding much real estate.
Inside, Gazelle thought through the details in ways that suggest they actually talked to people who camp regularly. There are dual hose ports and a drawstring sprayer holder for portable shower systems, an overhead gear loft, and mesh plus TPU pockets for toiletries and clothes. The fabric is 2,000mm waterproof 210D Oxford polyester, and mesh near the floor handles drainage and cleaning. You can leave the top open for ventilation on warm days, or close it off with a rainfly when the weather turns. Eight all-terrain stakes come included. The price sits at $279.99, a promotional launch price off the regular $379.99.
Is that expensive? Depends on how you camp. If you’re the kind of person who drives four hours to a dispersed site, stays five days, and considers a cold outdoor shower one of the better parts of the trip, then $280 for a genuinely thoughtful piece of kit makes complete sense. If you’re a two-night campground person with access to the facilities block, it’s probably more than you need. But for the growing number of overlanders, van-lifers, and weekend warriors who’ve committed to going further off-grid, this fills a real gap.
The overlanding and car camping space has exploded over the last few years. Gear has gotten smarter, setups have gotten more elaborate, and people have clearly decided that roughing it doesn’t have to mean suffering through the basics. A privacy shelter might not be as exciting to buy as a rooftop tent or a solar generator, but it’s the kind of thing that changes the actual texture of a trip. Getting changed in the open while strangers walk by, or figuring out a portable toilet situation without any coverage, is the stuff that makes some people swear off camping entirely.
The fact that Gazelle applied serious engineering to something this unglamorous is, to me, the most compelling thing about the Privacy Tent. Good design isn’t always about the product that gets photographed beautifully on a mountaintop at sunrise. Sometimes it’s about the one that solves the problem nobody wants to bring up at the gear store. Gazelle’s version does exactly that, quietly, quickly, and apparently in under two minutes flat.
The post Gazelle Finally Built the Privacy Shelter Every Camper Wished Existed first appeared on Yanko Design.
For over a century, a modest corner shop at the intersection of Murray and York streets in Melbourne’s Prahran suburb sold milk, bread, and the kind of everyday essentials that knit neighborhoods together. It closed in 2016, briefly reopened as a café, and then sat waiting. Kister Architects founder Ilana Kister saw something in it — and then decided to move in.
The project, aptly named The Corner Shop, is Kister’s own home, designed for herself and her daughters. It is a three-story residence carved out of the original 287-square-metre plot, expanded by an adjacent 90-square-metre lot that became available during construction and was immediately absorbed into the design as a garden. That garden is not a feature — it is the entire logic of the building.
Designer: Kister Architects
“Making the entry a courtyard was the single most important decision in the project,” Kister told Dezeen. “Entering through the original milk bar door, you land in the garden, not a hallway or foyer. By the time you reach the interior, you’ve already been outside — that sequence sets the tone for the whole house.”
The original shopfront façade has been preserved in full, bottle-green tiles and all. Street-facing windows were replaced with glass bricks — a move that keeps the building reading as a corner shop from the outside while flooding the interior with diffused, dappled light. The external palette layers grey and black render against silvertop ash timber cladding, with climbing vegetation threading through the surface and rooftop planting crowning the upper levels. Wherever you look, something is growing.
Inside, a white perforated steel staircase rises through all three floors, lit from above by a sequence of triangular skylights. Oak covers the floors, walls, and ceilings, anchoring the interior in warmth. On the second floor, three bedrooms, a family bathroom, and a living space are dressed in timber panelling and mossy-green carpet, with floor-to-ceiling windows drawing the outside in. The colour palette is deliberately restrained — natural materials do the work.
The third floor opens everything up. An open-plan kitchen, dining, and living space spills onto a silvertop ash deck with treetop views and sightlines to Melbourne’s city skyline. Below, the back garden holds a swimming pool, outdoor seating, and the kind of quiet that inner-city addresses rarely afford.
Green roofs, vertical gardens, and planted internal screens mean that no matter where you stand in the house, you can see something alive. That is not incidental — it is the brief. Kister built a home where nature is the architecture, and the century-old corner shop is simply its best possible frame.
The post This 1910 Melbourne Corner Shop Is Now a Three-Story Home With a Garden as Its Front Door first appeared on Yanko Design.
What would it look like for a building material to behave more like a living organism? Rameshwari Jonnalagedda has been sitting with that question, and Minimal Matter is her answer in clay. Drawing on the mathematics of minimal surfaces, geometries that appear in soap films, leaf veins, and cellular membranes, she has developed a system of 3D-printed terracotta forms that adapt to context the way natural structures adapt to environment. Each piece is porous and open-ended, capable of functioning as a thermal surface, an ecological habitat, or a structural element depending on how its geometry is tuned. The work is produced through additive manufacturing, which allows for continuous variation without additional cost or complexity. The forms look ancient and computational at once, as though the earth had been asked to solve an equation and answered in terracotta.
Jonnalagedda frames the work as a framework rather than a product, a set of conditions from which form continues to emerge long after the printer has stopped. The structures are designed to host moss, insects, air, and light, becoming more themselves over time rather than less. There is something almost philosophical in that proposition, the idea that a designed object could have an open-ended future, that it might weather and colonize and shift rather than degrade. Most materials we build with are fighting time. Minimal Matter is cooperating with it.
Designer: Rameshwari Jonnalagedda
I keep thinking about the Sagrada Família when I look at these pieces, which is admittedly a strange place for the brain to go when confronted with palm-sized terracotta modules. But Gaudí spent his life studying natural load-bearing geometries, catenaries and paraboloids and hyperboloids, and insisting that nature had already solved the structural problems architects were torturing themselves over. Jonnalagedda is working in a completely different register, scale-wise and ambition-wise, but the underlying conviction is the same. The math is already there. Your job is to listen to it.
What makes Minimal Matter visually arresting, beyond the obvious formal beauty of the pieces, is the way the layering from the 3D printing process becomes part of the surface language. Close up, each form reads almost like topographic contour lines, the deposit of clay recording every decision the algorithm made. You can see the logic of the geometry in the material itself, which is rare. Most 3D-printed objects try to hide their process, with sanding, acetone baths, or even tweaking the build settings to reduce ‘steps’ from showing. These celebrate it, and the terracotta’s warm ochre tone makes the whole thing feel less like a prototype and more like something excavated.
Individual pieces stack, combine, and reconfigure, which means the system scales without losing coherence. A single module functions as a sculptural object on a desk. Four stacked become a column. Spread flat across a surface, they start to read as landscape. This scalar flexibility is genuinely hard to achieve in material design, and Jonnalagedda pulls it off by keeping the underlying geometry consistent while varying the expression at the surface level.
The work points somewhere larger than a single award category can contain. Jonnalagedda is asking a question that the construction industry has been too busy pouring concrete to consider: what if the things we build were grown into place rather than imposed upon a site? What if a wall could host an ecosystem, a surface could regulate temperature through its own geometry, a material could become more itself the longer it was left alone? Minimal Matter, recognized in the Young Talents category at the Design Intelligence Award, doesn’t answer all of those questions, and it doesn’t need to. It just makes them impossible to ignore.
The post What If We Grew Our Buildings Instead of ‘Manufacturing’ Them? This Clay Framework Has an Answer first appeared on Yanko Design.
Last year, Koenigsegg Saidair’s Spear, driven by the brand’s official test driver, set the record in the reverse-course configuration of the Goodwood Hill course. Now the Swedish hypercar manufacturer has brought the laurels back with a life-sized LEGO Saidair Spear to break the record for the fastest brick-built car in the reverse configuration of the circuit.
The elusive hypercar limited to just 30 production units has got the 1:1 replica in LEGO form, courtesy of the Danish toy maker, who have impressed everyone with its life-sized version of the real cars. The one-off creation is built under the Ultimate Car Concept Series, which has seen the likes of Bugatti Chiron and Ferrari Monza SP1. This driveable LEGO Saidair’s Spear celebrates the release of the 1:8 LEGO Technic set of the hypercar consisting of intricate 4,104 pieces, which is ultimately for the 23.2 inches long, 5.9 inches tall, and 11.0 inches wide hypercar for display on the wall.
Designer: LEGO Group
Breaking the previous record of 31 mph set by the LEGO McLaren P1, the intimidating hypercar trundled at 69 mph, the winding course known for its unforgiving drivability. Much like the LEGO Ferrari 12Cilindri Spider which is powered by a naturally aspirated V12 engine, this has a piston-style V8 engine mated to a nine-speed sequential gearbox. That said the powerful engine is too much for the hypercar, so it gets a rear wheel-powered electric motor that thrusts it forward. Keeping the element of automotive engineering going, the car has a paddle-mounted steering wheel, Triplex suspension for the front and rear, and a cool rotary display showing the selected gear. It even gets the working Ghost mode that the real version touts. In this setting, activated with a button, the hypercar’s rear body section lifts up, those dihedral synchro-helix doors swing out automatically, and the mirrors retract flat.
The form factor is nothing short of jaw-dropping in deep black hue, as the full-size Koenigsegg is made up of 327,000 Lego Technic elements, taking up 9,400 man hours to carefully put together. According to LEGO, the highly detailed car took around 18 months to create, with some LEGO elements created specifically for the project. The all-black finish of the car was hard to achieve as the makers had to figure out crafting the connectors and bodywork. Underneath the car is a metal chassis and an FIA-certified roll cage to complete the details. Non LEGO elements on the car include the Koenigsegg carbon wheels wrapped in Pirelli tyres and motorsports grade disc brakes with the Technic callipers.
The four-wheeler weighs 1,800 kg in total, out of which 1,200 kg is just the dry engine weight. To make things interesting, the creation is loaded with easter eggs. As per Lego’s design lead Lubor Zelinka, who got in conversation with Top Gear, “Parts of the front headlights are little canopies from Star Wars ships. The rear lights use house or train windows. The brake lights are emergency lights from police vehicles. We’ve used part of a wheel arch for a curved section of exhaust, and there’s another wheel arch from our C8 Corvette set on the brake callipers.”
Although this LEGO hypercar isn’t going to be anyone’s play toy, no matter how much money you have, it can still be seen for real when it sets out for a global promotional tour.
The post Life-sized LEGO Koenigsegg Sadair’s Spear shatters speed records for brick-built cars first appeared on Yanko Design.
Every coat of paint on every car that ever rolled through an American assembly line left a ghost of itself somewhere. On the jigs, the racks, the fixtures that held body panels steady while the spray guns did their work, microscopic layers of overspray built up over years into something dense and multicolored and entirely unplanned. The auto industry called it waste. Lapidary artists eventually called it Fordite, and a small, obsessive collector community has been hunting it ever since.
Carter Stay of Keycap Quarry is hunting it too, but with a different destination in mind. His Fordite keycap collection draws raw material from Ford, Jeep, Kenworth, and Corvette production sources, each bringing a distinct color palette shaped by decades of model-year decisions made by designers who never imagined their work ending up on a mechanical keyboard. Stay cuts, polishes, and stems each piece by hand, and the cross-sections that emerge look like nothing the artisan keycap world has produced before.
Designer: Carter Stay (Keycap Quarry)
The striation pattern on every cap is a direct consequence of which assembly line the source block came from, how many model years it absorbed, and precisely where in the slab Stay’s saw made contact. A cut taken two millimeters in any direction produces an entirely different composition, which means every piece in this collection is unrepeatable by definition. No two caps share the same color sequencing, the same strata width, or the same relationship between the metallic flake layers and the solid paint coats sandwiching them. The material arrives pre-authored, and Stay’s job is to find the best cross-section hiding inside each block and liberate it with a polishing wheel.
The four source materials produce genuinely distinct visual identities, and spending time with the photos makes that difference legible. Ford stock tends toward broad sweeping color fields with strong primaries, bold and almost graphic when polished flat. Corvette material runs hotter, with tighter striations and a higher frequency of metallic flake layers that shift under different lighting conditions in a way that photographs can only partially capture. Kenworth, coming from commercial truck production rather than passenger vehicles, carries heavier industrial greys and blacks punctuated by surprising flashes of color that read almost like geological intrusions into an otherwise muted palette. Jeep stock sits between utilitarian and vivid, reflecting decades of a brand that never fully committed to either identity.
The glitter-fleck layers embedded throughout all four source materials are not decorative additions applied during the lapidary process. They are original automotive metallic paint, compressed in place over decades of production, and they give the polished surface a depth that shifts depending on the angle and intensity of the light hitting it. Under direct light the flake layers spark. Under diffuse light they recede into the surrounding color bands and let the striation geometry take over. A single cap can look like two completely different objects depending on where you position it on your desk, which is a property that puts these firmly in the category of objects worth owning rather than just admiring in photos.
The caps span 1U and 2U footprints on Cherry MX-compatible stems, and the pattern logic scales beautifully across both sizes. Stay’s ammonite fossil keycaps, which we covered recently, operated on the same material philosophy: source something with genuine embedded history, process it through lapidary craft, and let the object speak for itself. The Fordite collection takes that same instinct and points it at a completely different timeline, not 200 million years of geological compression but decades of American manufacturing muscle, model-year color decisions, and assembly line accumulation that nobody planned and everybody should want on their keyboard. The keycaps are already sold out, pretty much showing you how in-demand they are… However, Carter often ‘drops’ new caps on his website through announcements on Instagram, so be sure to give him a follow to stay in the loop.
The post This Artist Slices Up Layers of Automotive Paint to Make the Most Unique Keycaps You’ve Ever Seen first appeared on Yanko Design.
