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Japanese Designer Just Built a Real Shelf From Rolled Paper Sheets

When Japanese designer Muto Yumi set out to make furniture from paper, the result was not what most people would imagine. No papier-mâché. No origami-inspired folding. No cardboard box aesthetics salvaged and called art. What she produced is a modular furniture system so structurally sound and visually precise that it makes you question almost everything you assume about material strength and decorative surface.
The project is called Pattern as Structure, and the name is not just poetic framing. It is literally the concept. Muto starts with flat sheets of paper pre-cut with holes arranged in a specific pattern. Roll that sheet tightly around itself, layer upon layer, and the paper transforms from something limp and delicate into a dense, rigid rod capable of bearing real weight. The physics of it are intuitive once explained, but watching it happen feels like a magic trick. A single sheet does nothing. Rolled and compressed, it becomes architecture.
Designer: Muto Yumi

Here is where it gets more interesting. Those pre-cut holes that look like a graphic pattern on the flat sheet? Once the paper is rolled into a rod, those holes become tunnels running through its body. They are the connection points of the whole system. Other paper rods slot through them, linking one piece to the next without glue or hardware. The pattern was never just decoration. It was always the joint, the connector, the system’s logic. The aesthetics and the engineering are the exact same thing.


That kind of design clarity is genuinely rare. Most furniture design separates surface from structure, treating them as two different problems to solve. A frame holds the load; a finish makes it beautiful. Pattern as Structure collapses that division entirely. The surface IS the structure. The decoration IS the joint. You cannot take one away without destroying the other, and that coherence is what makes the project feel so resolved.


What Muto has produced so far is a family of open shelves in varying sizes. They look clean and slightly architectural, like something you would expect to find in a gallery or a well-curated apartment. But the real achievement here is not the object itself. It is the proof of concept. Because the rods are made from printed paper sheets, the color and graphics on the surface can change infinitely without altering the construction method at all. Want a shelf in deep terracotta? Stripe patterns? Illustrated surfaces? Print the sheet differently and roll it the same way. The structural logic stays identical. The visual language can do whatever it wants.

For anyone paying attention to design right now, this matters. The conversation around sustainable materials has become crowded with beautiful ideas that fall apart under practical conditions. Paper furniture is not new, but paper furniture that is also modular, reconfigurable, and visually customizable without requiring any change to its fabrication process? That is a more sophisticated argument. It asks whether we really need virgin timber, powder-coated steel, or injection-molded plastic to make things that last and look good. Muto’s answer is apparently no.

I keep returning to the honesty of the material choice too. Paper does not pretend to be something else. It does not mimic wood grain or stone texture or metal sheen. It is exactly what it is, and somehow that straightforwardness makes the furniture more interesting, not less. The pattern on each rod is visible. You can see the rolled layers at the cut ends. The making is part of the looking.

Design that is this conceptually tight often sacrifices warmth or approachability in the process. Pattern as Structure avoids that trap. The pieces feel considered without being cold. They feel experimental without being precious. And for a project made from something as unassuming as a sheet of paper with holes punched through it, that balance is quietly remarkable. Muto Yumi is someone worth watching. Not because she is working with expensive materials or chasing spectacle. But because she is asking better questions about what furniture is actually made of, and why.


The post Japanese Designer Just Built a Real Shelf From Rolled Paper Sheets first appeared on Yanko Design.
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Leica’s 220-Inch Mini Projector Wants to Replace Your TV

When Leica announced the Cine Compact 1, my first reaction landed somewhere between genuine curiosity and mild skepticism. Leica is a camera brand. A camera brand, the kind photographers carry like a quiet badge of honor, the kind that has defined a certain visual language for over a century. And now they want to replace my television?
Here is the thing: Leica has been making projectors since 1926. Before streaming was a concept, before most of us were born, they were already in the projection business. The Cine Compact 1 is not a prestigious camera brand drifting beyond its territory. It is one returning to an old, familiar one.
Designer: Leica

So what exactly is it? At the core, the Cine Compact 1 is a compact mini projector built around a Leica Summicron zoom lens with aspherical elements, a 0.47-inch DMD image chip, and Triple RGB laser technology. It delivers 4K resolution at up to 1,700 ANSI lumens, which is bright enough to produce a usable image in a room that is not completely blacked out. The maximum projection size is 220 inches diagonally, which is an absurd number for something small enough to sit on a coffee table.


The 360-degree rotation system is the detail I keep thinking about. Most projectors are prisoners of their setup requirements: flat surface, blank wall directly ahead, dedicated space. The Cine Compact 1 abandons that formula entirely. Wall, ceiling, anywhere in between. That flexibility is not just a convenience feature. It actually changes your relationship with watching at home. Ceiling projection during a movie night is a categorically different experience from staring at a flat panel mounted above a console.

Leica also built in their proprietary image processing technology, called Leica Image Optimization (LIO), to maintain consistent picture quality regardless of projection size or location. Pair that with Dolby Vision for contrast and brightness precision, and Dolby Digital and DTS Virtual:X for audio, and this is not a glorified slideshow device. It is a serious piece of home cinema equipment disguised as a coffee table accessory.

The design is Leica through and through: solid aluminum housing, a glass front, clean lines that read as refined rather than attention-seeking. Even switched off, it looks like it belongs on a shelf rather than something you drag out reluctantly. Its projected lifespan is 25,000 hours, which at a few hours of daily use amounts to decades of service. Smart streaming runs on VIDAA, so most of what you want to watch is accessible without plugging anything extra in.

My honest read on the Cine Compact 1 is that it is designed for a very specific kind of frustration: the one that comes from building your entire living space around a television. We spend years arranging furniture toward screens, painting walls in “TV-friendly” neutrals, negotiating actual square footage with a device that has one function. A projector like this shifts that equation. The screen exists when you need it. The room is yours the rest of the time.

Is it for everyone? No. Projectors still require more thought than a TV on a wall, and Leica’s pricing tends to reflect the brand’s premium heritage. But the people who will love this will love it unconditionally. The design-conscious person who thinks as carefully about how their space looks at two in the afternoon as they do at nine at night. The perpetually mobile person who wants a real cinema experience wherever they land. The person who is simply done negotiating living space with a large black rectangle.

Leica is not chasing a trend here. If anything, they are returning to something they were doing before most modern tech companies existed. The form is smaller, smarter, and more portable. The commitment to image quality behind it is exactly the same.

The post Leica’s 220-Inch Mini Projector Wants to Replace Your TV first appeared on Yanko Design.
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adidas Trionda Pro brings connected-ball technology to the FIFA World Cup 2026

The much-awaited FIFA World Cup kicks off with an opener between co-hosts Mexico and South Africa at Mexico City Stadium on 12 June. While the fandom and the love for the most popular sport on earth remain constant off the field, there is a lot that’s changing on the field. The Virtual Assistant Referee (VAR) is getting more control of the game, with the power to intervene in spotting fouls and also identify real-time data from the specially designed football to make faster offside decisions, or pick out individual ball touches in a crowded set piece.
The football designed especially for match day is called Trionda Pro, which means “three waves.” It is styled in the colors and motifs of the three co-hosting nations, Mexico, Canada and the United States of America, and is said to arrive with a built-in motion sensor, which would send real-time ball data to VAR. The ball is now available for $170.
Designer: adidas


Created by adidas for the FIFA World Cup 2026, Trionda Pro is the official match ball of the tournament. It will arrive in a tricolor wave panel design with red, green, and blue graphics, which pays tribute to Canada, Mexico and the USA. The ball also features maple leaf, eagle, and star – again representing the nations – visible across the four-panel construction of the ball.


“The Trionda Pro has a textured surface for a more predictable trajectory, better touch and lower water uptake, combined with a thermally bonded seamless construction for added performance and design benefits,” adidas notes on its webpage dedicated to the match ball.


Even though the impactful silhouette makes the ball pretty identifiable on the ground, adidas and FIFA wanted more from it. To that accord, Trionda Pro features a 500Hz motion sensor installed inside of its specially created layer in one of the four panels. The other three panels are provided with counterbalances ensuring flight stability in all playing conditions. The sensor is part of adidas’ in-house Connected Ball Technology and used in the match ball. It sends accurate ball movement analytics to the VAR in real time and also helps identify individual touches precisely.

The data of the ball movement, then combined with AI and player-positioning data, can allow the virtual referee to assist with correct offside calls and also identify a handball from headers in a crowded space on the field. Accurate and fast decisions regarding off-sides and fouls can make a big difference in high-octane games, especially on the world stage. So, Trionda Pro is a viable tech upgrade to the sport, which is going into a mega tournament for a period of 39 days starting 11 June through 19 July, 2026.


The post adidas Trionda Pro brings connected-ball technology to the FIFA World Cup 2026 first appeared on Yanko Design.
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