Apple is preparing to transform the smartphone industry once again with the highly anticipated iPhone 18 Pro Max. Packed with a host of innovative features, including a smaller Dynamic Island, new performance upgrades, and the potential introduction of a foldable design, this new lineup is set to push the boundaries of mobile technology. Let’s explore […]
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If you grew up in the ’90s or early 2000s, the floppy disk was basically part of your personality. You carried those little squares everywhere. You stressed over how many kilobytes were left on them. You wrote your name on the paper label with a Sharpie because it was, obviously, yours. And if you lost one that contains important information and documents, then you might as well say goodbye to it.
Now, BEAMS and Nik Bentel Studio have gone ahead and turned that deeply specific nostalgia into a leather wallet, and I genuinely cannot decide if that’s the most ridiculous thing I’ve heard all week or the most inspired. It’s probably both, and that’s exactly the point.
Designers: BEAMS x Nik Bentel Studio
The Floppy Disk Wallet is, in the most literal sense, a wallet shaped like a 3.5-inch floppy disk. The Brooklyn-based Nik Bentel Studio took the original form apart, component by component, and restructured it in leather, modifying the actual design by only 5%. That means the square shape is intact, the label window is still there, and the hardware detailing reads exactly like the real thing. Except instead of storing a few hundred kilobytes of data, it stores your cash, cards, and whatever else you can fit into its single interior compartment. The metal door lifts off and doubles as a money clip, which is either the cleverest detail of the year or just the most on-brand way possible to carry loose bills. Probably both, again.
It comes in black, beige, and orange. At $60 a piece, it’s priced like a thoughtful design object rather than a novelty tchotchke you’d find at a museum gift shop. That distinction matters to me. This wallet sits in that rare category of things that are both genuinely funny and genuinely well-made, and it pulls that balance off without seeming like it’s trying too hard.
What makes the whole thing more interesting than the obvious nostalgia play is who made it. Nik Bentel Studio isn’t a brand that slaps retro imagery on products and calls it a day. Bentel has described his work as storytelling through objects, and that philosophy shows up consistently across everything his studio releases. He’s the same designer who turned a Barilla pasta box into a handbag, reimagined the Mendl’s patisserie box from Wes Anderson’s Grand Budapest Hotel as a carry-all, and built a purse that’s actually a remote-controlled car. Every piece has a concept baked into it from the start, not layered on afterward for aesthetics. The floppy disk wallet isn’t just fun to look at. It’s a meditation on how beautifully designed everyday objects can be when they’re shaped entirely by their constraints.
The BEAMS partnership amplifies that story in a way that feels earned. The Japanese retailer has long operated at the intersection of fashion, culture, and considered design through its bPr line. Bringing Nik Bentel Studio into that fold doesn’t feel like a brand collab for collab’s sake. It feels like two creative sensibilities that already speak the same language finding a natural reason to collaborate.
I’ll be honest: I have complicated feelings about nostalgia as a design strategy. It gets used so lazily and so often that it’s hard not to be skeptical when something leans into it. Cassette tapes on tote bags. Pixelated graphics on hoodies. That kind of thing loses its meaning fast. But the Floppy Disk Wallet sidesteps that trap because it isn’t just referencing an old object. It is the object, rebuilt in a better material. The nostalgia isn’t decorative; it’s structural. You’re not looking at a picture of a floppy disk. You’re holding one, in your pocket, every single day.
Whether you’ll use it as your primary wallet is a separate conversation. It’s compact by design, and minimal in terms of storage. If you carry a thick stack of loyalty cards and old receipts, this isn’t for you. But for someone who keeps things lean and wants their everyday carry to actually say something about them, this one says quite a lot. The black and orange colorways are already sold out on the studio’s site. That probably tells you everything you need to know.
The post BEAMS Just Turned a $60 Floppy Disk Into Your Next Wallet first appeared on Yanko Design.
OpenAI, DeepSeek and Anthropic are at the forefront of a rapidly evolving AI landscape, each making strides to secure their position in a competitive market. In a recent overview by Universe of AI, OpenAI’s upcoming ChatGPT 5.5 model is highlighted as a pivotal step toward the anticipated GPT-6, codenamed “Spud.” While ChatGPT 5.5 focuses on […]
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The Google Pixel 11 Pro Fold is poised to make a significant impact in the foldable smartphone market. Combining innovative features, a refined design, and advanced hardware, it aims to elevate user expectations for foldable devices. While some aspects may feel more iterative than new, rumored features like a removable battery and enhanced Face ID […]
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For most people, making a morning cup of tea or coffee is an almost automatic routine. But for someone who can’t see, the same steps involve a level of risk that kitchenware has never really been built to handle. Hot liquids, unfamiliar controls, and the constant need to pour from one vessel to another can turn a simple habit into a genuine obstacle.
Designer Ivana Nedeljkovska’s Smart Cup for Visually Impaired Users tackles that problem head-on. Built from scratch with blind and visually impaired users as the primary audience, it combines the roles of a kettle, a teapot, and a drinking cup into one integrated form designed to be navigated entirely by touch, so there’s no need to move hot liquid between containers at any point.
Designer: Ivana Nedeljkovska
The challenge isn’t a small one. Conventional kitchen tools, from kettles to electric water heaters, were all designed for someone who can see them. They offer no tactile feedback on whether they’re on or off, no way to safely judge when water is ready, and no guidance on where to set things down. For visually impaired users, the kitchen is full of small ambiguities that add up to real risk.
That matters because every transfer of liquid is a risk. Pouring boiling water from a kettle into a separate cup is the kind of step that can go wrong for anyone, but for a blind user, the consequences are far more serious. Keeping the entire heating and drinking process within one vessel removes those moments before they can become a problem.
Every tactile detail carries that same logic through the design. A circular base guides the cup into the correct position when placed down, taking the guesswork out of a step that most products never consider. Raised Braille ON/OFF markings let the user activate and control the heating function entirely on their own, with no visual feedback or anyone else’s input required.
As for the cup itself, the same thinking applies. Its rounded, barrel-like body fits comfortably in the hand, and the handle’s adaptive shape ensures a secure grip without needing to search for the right position. The heat-resistant material keeps the exterior manageable even at full temperature, a detail that matters quite a lot when touch is the primary way of reading what’s inside.
Taken together, these choices reflect something that product design rarely gets around to prioritizing: dignity. Blind and visually impaired users shouldn’t have to depend on others or work around tools that were never built with them in mind just to make a hot drink. The Smart Cup treats independent use not as a bonus feature but as the foundational premise of the entire design.
It’s also worth noting that aesthetics aren’t treated as secondary here. The warm-toned form and sculpted handle give the cup a polished quality that would feel at home on any kitchen counter, not just in a specialized or assistive context. Accessible design has long leaned on utilitarian looks, as if beauty and function were incompatible, and this concept quietly pushes back against that assumption.
The post This Cup Replaces the Kettle So Visually Impaired Users Make Tea Alone first appeared on Yanko Design.
IKEA has introduced the “Dubbelkisel” LED driver, a device designed to simplify and enhance smart lighting systems by centralizing control at the driver level. Unlike setups that require replacing individual bulbs, this approach allows homeowners to upgrade existing fixtures like under-cabinet lights or spotlights without significant rewiring. According to A Smarter House, the Dubbelkisel utilizes […]
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Samsung, in collaboration with Google, is preparing to make a bold entry into the smart glasses market with the highly anticipated Galaxy Glasses. Scheduled for release in August 2026, these glasses aim to merge innovative technology with a sleek, modern design. Powered by Gemini AI and Android XR, the Galaxy Glasses are designed to […]
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Google’s NotebookLM Gemini Agent combines NotebookLM and Gemini into a unified AI system designed to support complex tasks. NotebookLM acts as a knowledge manager, capable of handling up to 300 sources, such as PDFs, Google Docs and web pages, to create a centralized knowledge base. Gemini complements this by introducing “Gems,” which allow users to […]
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Apple’s iPhone 18 Pro is poised to deliver a blend of innovation and refinement, offering meaningful updates that enhance the user experience while staying true to the company’s design philosophy. From hardware advancements to subtle design changes, the iPhone 18 series reflects Apple’s commitment to evolving its flagship lineup. Below is a detailed look at […]
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Military forces figured out decades ago that you need two kinds of vision in the dark: one to detect, one to identify. Heat finds the target, detail confirms it. The problem has always been making both feeds available to a single operator without adding weight, bulk, or the friction of switching between devices. High-end tactical units solved this with helmet-mounted dual-tube systems that cost as much as a used car and require specialized training to operate. Consumer and prosumer markets have lived with the compromise, carrying separate thermals and NVGs or settling for low-refresh overlay systems that blur more than they clarify.
SpectraEyes brings the dual-feed architecture down to the enthusiast and professional level. Developed by a Denver-based team that spent 18 months testing sensor fusion algorithms in high-altitude terrain, the system pairs a 60Hz thermal core with a 4K digital night vision sensor in a synchronized side-by-side display. Each screen operates independently, so you can run thermal-only to conserve battery during long scouts, 4K-only for close-range work, or both feeds simultaneously when the situation demands total awareness. IP67 waterproofing, USB-C fast charging, and an operating range from negative 20 to positive 50 degrees Celsius mean this was engineered for field use, available now at $514 during the current campaign window.
Designer: SpectraEyes
Click Here to Buy Now: $514 $830 (38% off) Hurry! Only 18 days left.
The core innovation lives in what SpectraEyes calls the Real-Time Dual-Screen Synchronization System. Rather than attempting to merge thermal and night vision into a single confused image, the optics route each feed to its own dedicated 1280×720 LCD screen inside the binocular housing. The left screen receives data from a 12-micron thermal sensor running at 60Hz with sub-25mk NETD sensitivity, which translates to the ability to detect temperature differences smaller than 0.025 degrees Celsius. That level of thermal resolution separates a warm body from ambient foliage even when both are nearly the same temperature. The independence of the two displays means your brain processes depth, movement, and context from the night vision channel while simultaneously tracking heat signatures on the thermal side, creating a layered awareness that single-feed systems simply cannot replicate.
Two screens, two feeds, two individual purposes – one Thermal Vision, one Night Vision
The right screen displays output from an ultra-low-light CMOS sensor capable of rendering 4K UHD (3840×2160) footage down to 0.0001 lux, roughly ten times darker than what a human eye can process. In starlight conditions, the sensor delivers full-color imaging, which means you see the actual hues of terrain, clothing, and vegetation rather than the washed-out green associated with legacy analog night vision tubes. In total darkness, the built-in adjustable IR illuminator (850nm and 940nm settings) provides monochrome visibility out to 800 meters without the visible red glow that spooks wildlife or compromises stealth. The choice between 850nm and 940nm wavelengths allows you to optimize for either maximum throw or maximum stealth depending on whether you’re observing skittish animals or working in environments where human detection is a concern.
Most consumer thermal optics run at 9Hz or 30Hz, which produces noticeable lag when panning across a scene or tracking moving subjects. SpectraEyes spec’d a 60Hz thermal core specifically to eliminate that stutter. Whether you’re sweeping a tree line or following an animal through dense cover, the thermal feed stays fluid and responsive. The difference between 30Hz and 60Hz might sound academic until you’re trying to track a running target or assess whether movement in your peripheral vision is wind-blown brush or something warm-blooded, and the lag between what’s happening and what you’re seeing becomes the variable that determines whether you capture the moment or miss it entirely.
The 7.0mm focal length provides a 24.9-degree by 18.7-degree field of view on the thermal side, wide enough for situational scanning without losing the resolution needed to pick out distant signatures. Thermal detection range reaches 500 meters, digital night vision stretches to 800 meters. The system supports 1x to 10x continuous digital zoom on the night vision channel, useful for identifying details at range without physically closing distance. Zooming in doesn’t degrade the thermal feed, so you can magnify the night vision side to confirm a target’s identity while keeping the thermal side at native FOV to monitor the broader environment for additional heat sources.
The independent dual-control system means you can toggle each display on or off separately via dedicated buttons on the housing. Running only the thermal channel in scouting mode extends battery life considerably, pulling four to five hours of runtime from the dual replaceable lithium battery setup. Engaging both screens simultaneously in full fusion mode drops that to around two hours, which aligns with what you’d expect from a system pushing two high-refresh displays and processing two sensor feeds in real time. The batteries are external and hot-swappable, so you can carry spares and change them in the field without powering down the unit or losing your position in a critical observation window.
The USB Type-C charging port supports power bank input, so extended missions can be managed with external battery capacity. Storage runs via microSD card, supporting up to 512GB for 4K video recording at 30fps in MP4 or MOV format. Recording captures the night vision feed by default, but you can switch to thermal-only recording or choose to save both feeds as separate files for post-mission review. The ability to document what you observed with native 4K resolution means this doubles as a capture device for wildlife research, security documentation, or any scenario where you need verifiable footage of what happened in low-light or no-light conditions.
The IP67 rating means the housing can handle submersion up to one meter for 30 minutes and shrugs off dust intrusion entirely, appropriate for marine navigation, wet-weather SAR work, or any scenario where gear gets exposed to the elements without warning. The operating temperature range (negative 20 to positive 50 degrees Celsius) covers everything from winter mountain rescue to desert surveillance in summer heat. The form factor is binocular-style rather than monocular, which distributes weight across both hands and allows for more stable long-duration observation compared to single-eye devices that fatigue your grip and throw off your natural field of view balance.
SpectraEyes is currently available through its Kickstarter campaign at $514 as part of the Super Early Bird tier, down from an MSRP of $830. Units ship globally starting June 2026. This is gear built for search and rescue teams who need to spot heat and confirm identity without switching devices mid-operation, for wildlife researchers who track nocturnal behavior across hours of observation, for hunters who work pre-dawn and post-dusk windows where neither thermal alone nor night vision alone tells the full story, and for marine operators navigating in conditions where a buoy, a boat, and a person all look like dark shapes until you layer heat detection over visual context. If you’ve ever carried two optics into the field and spent the night juggling between them, SpectraEyes is the answer to a question the industry has been avoiding for two decades.
Click Here to Buy Now: $514 $830 (38% off) Hurry! Only 18 days left.
The post 60Hz Thermal and 4K Night Vision in One Device. SpectraEyes Basically Gives You Superman’s Vision first appeared on Yanko Design.