Large dining tables are useful right up until you need to move one, when their reassuring weight becomes somebody else’s lifting problem. LAYER’s Ripple research table explores a lighter construction by giving thin plywood a corrugated profile instead of relying on a thick slab. That said, the project keeps a flat surface for everyday use while putting the waves underneath, mostly hidden from view.

The original table was specified at approximately 8.2 feet long and 39.4 inches wide, weighing about 19.8 pounds. That’s a generous dining surface for something intended to be moved by one person. Bringing it across a room for guests or shifting it away from the wall could become less of a coordinated household event. Its footprint, however, doesn’t shrink along with its weight.

Designer: LAYER

The material comes from a collaboration with Canadian manufacturer Corelam, using pressure lamination to form the repeating curves. LAYER specifies plywood approximately 0.12 inches thick, although that isn’t the overall depth of the assembled tabletop. The distinction matters here: the design gets its structure from a shaped sheet and layered construction, rather than pretending a thin, flat board can do everything alone.

Of course, a wavy dining surface would be a fairly annoying place to balance your coffee. Ripple covers its corrugated structure with a flat plywood sheet, leaving the waves visible below and along the edge. Plates and laptops get the ordinary surface they need, while the underside carries the more unusual geometry. The useful part doesn’t have to look particularly experimental from above.

The legs follow the same preference for shape over bulk. A refined version uses hollow triangular profiles, designed to increase rigidity in two directions. The tabletop’s underside also curves gently across its length and width. Those changes address a fairly obvious concern with lightweight furniture: being easy to pick up is only useful if the table still supports what you put on it.

The red finish keeps Ripple from disappearing into the background, even with such a thin outline. From the side, the top appears almost like a sheet balanced on four narrow supports. Along the short edges, the repeating curves reveal why that impression is misleading. The structure supplies its own ornament, without adding a carved border or a heavier decorative frame.

Using less wood is part of the environmental argument, too. The project’s original documentation claims 70% to 80% less material than a standard timber table, but doesn’t establish a defined comparison for that figure. Less material isn’t automatically a complete environmental assessment, either. Adhesives, finishing, production, and working life still matter, even when the basic idea of doing more with less is appealing.

LAYER presents Ripple as a studio research project, without a current retail price or ordering details. The construction offers an answer for people whose furniture has to move with them, though size remains a constraint. You might no longer need help with the lifting, but you’d still need a clear route through the house before taking that tabletop around a corner.

The post LAYER’s Ripple Dining Table Uses a Wavy Plywood Core to Cut Weight first appeared on Yanko Design.

Desktop computers have become smaller, but even a little box needs somewhere to sit and cables to connect it. HP’s EliteBoard G2a removes that separate enclosure by putting the computer inside a full-size keyboard. This Windows PC keeps the surface you already type on and gives it another job, making a compact workstation easier to carry between home and office.

The gray body measures 14.1 by 4.7 by 0.7 inches and weighs about 1.49 pounds, depending on configuration. Low-profile keys, a numeric keypad, and backlighting preserve the familiar business-keyboard layout rather than shrinking everything into a travel accessory. That makes the design’s restraint rather convincing: there’s no separate machine competing for attention, although you’re still setting aside space for a full keyboard.

Designer: HP

Of course, the missing piece is a screen. Connect the G2a to a compatible USB-C monitor and you can bring your computer to a desk where the display already lives. A single cable can carry video, data, and power, provided the monitor supplies the required 65W. Otherwise, the included power adapter is still needed. A USB-C socket alone doesn’t guarantee that tidy arrangement.

The cable itself comes in attached and detachable versions, a small choice with consequences when packing up. An attached lead stays with the machine, so there’s one less item to leave behind. A detachable cable separates from the keyboard for storage or replacement. The second USB-C connection handles accessories, but USB-A devices and wired Ethernet require adapters, adding clutter to the setup.

Underneath, AMD Ryzen AI 5 PRO 435 or Ryzen AI 7 PRO 450 processors distinguish this G2a from the older G1a. Both include a 50-TOPS neural processing unit for compatible local AI software. The listed configurations pair 16GB or 32GB of RAM with a 512GB SSD. These prove the existence of a powerful computer beneath the keys, not a keyboard controlling something hidden behind your monitor.

An optional 32Wh battery gives the arrangement another advantage when you’re changing desks: the computer can stay running while disconnected. That doesn’t turn it into a laptop, since you’ll still need a display when you arrive. Integrated speakers and microphones reduce the peripherals needed for audio calls, and a prepaired wireless mouse completes the controls. Video calls still need a separate camera, of course.

Putting everything beneath the keys could make a damaged keyboard an expensive problem, which is why serviceability matters here. HP makes the top-mounted keyboard replaceable, alongside the RAM, SSD, and optional battery. Two accessible memory slots support upgrades to 64GB. You don’t have to treat the computer as disposable because its most frequently touched part wears out, although repairs still require appropriate skills.

That said, the price is harder to hide than the computer. Listed US configurations start at $3,028, while the attached-cable version with 32GB of RAM is priced at $3,846. A compatible monitor remains a separate purchase. For someone moving between equipped workspaces, carrying a keyboard instead of a desktop makes sense. Paying that much to avoid a separate box, however, is a considerably bigger decision.

The post HP EliteBoard G2a Hides a Windows PC in an Ordinary-Looking Keyboard first appeared on Yanko Design.

A public pavilion can give people somewhere to gather, but returning to it usually means finding the same spaces and following the same paths. Self-Assembling Robotic Environments explores a more flexible alternative: mobile architectural sections that could rearrange themselves between visits. This unbuilt public art concept would pause whenever someone enters, letting people explore one arrangement before the space changes for another group.

Each section combines a floor, wall, and roof in a large C-shaped profile, like a little shelter with its sides left open. Two versions stand about 10 and 14 feet tall, both four feet wide. Place several together, and those simple shapes could become passages or covered pockets. Separate them again and the same pieces would offer a different place to wander.

Designer: Michael Jantzen

Of course, rearranging those sections wouldn’t mean asking someone to wheel them into position. Each floor would contain its own computer, sensors, motors, wheels, and battery, allowing the entire unit to travel forward, backward, or sideways. The wall and roof would move with it. The robotics aren’t proposed as equipment that builds the installation and then leaves; they’d remain part of the architecture.

Rather than following one permanent floor plan, the modules would use artificial intelligence to decide on their positions through majority agreement. The proposal doesn’t explain how they would evaluate possible arrangements, though. A gap between two units could become a passage, while several facing one another might define a gathering spot. The same pieces could give visitors different ways to use the space.

The roof would do more than shelter whoever stands beneath it. Solar cells on top would recharge the battery inside the floor, keeping the proposed power supply within each moving section. It’s a sensible place to collect sunlight, but the project doesn’t specify how much energy movement would require. Keeping these large pieces in motion isn’t as simple as putting solar panels overhead.

A black perimeter would mark the robots’ territory, containing their movements within a circular arena. Sensors would watch for people or objects entering that space, pausing every module until the area is clear. You wouldn’t be expected to dodge a moving wall while exploring. The intended sequence is straightforward: the pieces rearrange when empty, then hold their positions while visitors are inside.

That rule still needs engineering before anyone could walk in. Detecting a visitor isn’t the same as stopping safely, and the project doesn’t establish braking distances or structural performance. Raised floor sections also need an accessible way in. These are questions for a working installation, rather than reasons to dismiss the idea, but the concept drawings don’t settle them on their own.

For visitors, the pause could make staying put part of the interaction. Sit inside a sheltered corner for a while, and that particular arrangement would remain available until everyone leaves. A later group might find a different route or gathering spot. Someone lingering to finish a conversation would therefore be doing something rather unusual: keeping a version of the architecture from disappearing yet.

The post This Robotic Pavilion Concept Would Change Its Layout Only When Empty first appeared on Yanko Design.