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The Human Obsession with Slim Devices – Why Do We Gravitate Toward Thinner Tech?

So the Galaxy S25 Edge disappears into my pocket like a magician’s coin trick. At 6.1mm thick, this phone is nearly half as slim as my first iPhone and somehow feels more like a fashion accessory than a piece of electronics. The S25 Edge, and the feverish rumors about the iPhone Air rumored to clock in near 5.4mm, are doing more than chasing trends – they’re chasing a kind of technological transcendence. Thinness has become the ultimate flex, a design shorthand for “we can do what others can’t.” When tech gets thinner, it does more than look good – it changes how we interact with it, how we feel about it, and how we show it off.

The obsession with thinness isn’t new, but it’s hit a new peak in the smartphone era. Every year, manufacturers shave off tenths of a millimeter and treat it like a moon landing. Consumers lap it up, reviewers go wild, and industrial designers are lauded for making the impossible seem routine. But what is it about thin tech that makes us collectively lean in? Are we just suckers for sleekness, or is there something deeper going on – a psychology, a history, a design philosophy at play?

Thinness as a Design Statement

Thin devices are the physical embodiment of design bravado. When a phone like the S25 Edge arrives at 6.1mm, it’s not just an incremental upgrade, it’s a statement of intent. The engineering behind such a device is immense, requiring every component to be miniaturized, every cable rerouted, every opportunity for excess ruthlessly eliminated. The result is elegance distilled into aluminum and glass, a slab that feels more futuristic than most science fiction. There’s a reason why the world’s most iconic tech moments – from the original MacBook Air envelope reveal to the iPod Nano launch – are all about thinness.

A thin phone is a trophy, a testament to how far design and engineering have come. Designers treat every reduced millimeter as a victory, not just for aesthetics but for the user’s experience. Thinness means lightness in the hand, less bulge in the pocket, and a device that seems to float rather than weigh you down. A phone that vanishes into your pocket is a phone that promises to integrate seamlessly into your day.

Numbers back up the bravado. The original iPhone, chunky at 11.6mm, felt revolutionary in 2007. By 2012, the iPhone 5 was under 8mm. Today’s S25 Edge, at 6.1mm, and the iPhone Air, rumored at 5.4mm, are nearly half as thick as their ancestors. Each generation, we ask manufacturers to do the impossible all over again. Every new thin phone is a loud answer to that challenge.

The Psychology Behind the Slim Obsession

Thin tech stirs something deep in our collective psyche. There’s an almost primal satisfaction to holding a device that feels impossibly light and slender – a sensation that technology is melting away, leaving only the pure experience behind. In design, thinness signals refinement, mastery, and a certain confidence. People read thinness as a sign that a product is sophisticated, modern, and quietly powerful. It’s why, when a device gets thinner, it just ‘feels’ smarter.

Sociologists and psychologists have studied this phenomenon for years. We are drawn to objects that seem effortless, that suggest intelligence and intention in their creation. Thin phones fit this bill perfectly. They whisper of minimalism, of cutting through clutter, of leaving behind the excesses of the past. The thinner the device, the less it distracts, and the more it feels like an extension of ourselves rather than a separate object. It’s why the ‘Steve Jobs pulling a MacBook Air out of a Manila Envelope’ moment felt so impactful. A device this powerful, inside an envelope that holds mere sheets of paper.

There’s also a status aspect. The thinnest device is the newest, the most advanced, the one that elicits envy at the coffee shop. Companies understand this well. Marketing for the S25 Edge and the upcoming iPhone Air leans heavily on words like “sleek,” “refined,” and “elegant.”

Engineering: The Battle of Millimeters

Making a device thin is a Herculean feat that turns engineers into magicians. Building the Galaxy S25 Edge required the invention of a new stacked battery design, allowing 4200mAh of power to fit into a wafer-thin chassis. Apple’s iPhone Air, if it hits the rumored 5.4mm, will likely rely on graphene composites, vapor chamber cooling, and ceramic shielding. These details aren’t marketing fluff, they’re the hard-won fruits of years of R&D, late nights, and more than a few engineering headaches.

Every millimeter lost is a puzzle piece moved. Sacrifices must be made. Batteries shrink, so clever software is needed to stretch out runtime. Heat dissipation becomes a high-wire act, with vapor chambers and graphite layers crammed into ever-tighter spaces. Even the camera bump, that perennial foe of slimness, becomes a battleground for new lens arrangements and sensor stacking techniques. The S25 Edge, for example, manages a triple-lens array that barely protrudes, a feat that would have seemed like science fiction just three years ago.

Yet, there’s a cost. Durability tests show that ultra-thin phones are more susceptible to bending, twisting, and shattering. The rumored iPhone Air has reportedly failed internal drop tests at higher rates than its chunkier siblings. Still, consumers (and designers) seem willing to accept these trade-offs. In the end, the thrill of holding a technological marvel that feels impossibly thin outweighs the risks for many.

The Future: How Far Can Thin Go?

The march toward thinner devices shows no sign of slowing. As long as there are new materials to test, new battery chemistries to try, and new display technologies to push, designers will keep squeezing out every last millimeter. The S25 Edge and iPhone Air are not endpoints, but milestones in a relentless quest for elegance. Future phones may incorporate flexible batteries, rollable screens, or even modular components that let users choose their own compromise between thinness and function.

But there’s more at play than a simple race for the slimmest profile. Designers are beginning to rethink what thinness actually means for the user. Does a device that’s nearly invisible in the pocket actually improve daily life, or does it introduce new anxieties about durability, grip, and longevity? The next wave of innovation may be less about reduction for its own sake and more about balancing thinness with other forms of progress: sustainability, repairability, and long-term comfort.

Still, the romance with thin tech will never fully fade. Humans are wired to appreciate objects that feel refined, thoughtful, and advanced. Thinness is a language that designers speak fluently, and it resonates with anyone who’s ever marveled at the way a feather floats, a blade slices, or a phone disappears into the fabric of daily life. For now, that obsession keeps the world’s best designers reaching for the next fraction of a millimeter, and keeps the rest of us reaching for the latest impossibly slim device.

The post The Human Obsession with Slim Devices – Why Do We Gravitate Toward Thinner Tech? first appeared on Yanko Design.

New LEGO Campus Features World’s Largest LEGO Library & An Employee-Driven Design

Nestled in the heart of Billund, Denmark, an exciting design story unfolds. CEBRA, a renowned architecture firm, is designing the LEGO Innovation Campus for LEGO – a workplace brimming with creativity, sustainability, and playfulness. With 50,000 sqm designated as a creative hub for over 1,700 staff, including more than 600 designers, this campus ensures the vibrant pulse of LEGO product innovation directly connects to its product-making reality, with easy access to the adjacent LEGO factories.

Anchor elements of LEGO’s world-renowned building bricks permeate the Innovation Campus’s design through its modularity. The campus comprises six interlocking modules, each soaring to four stories high. Seamlessly woven within these innovative modules is the heart of the campus, a central artery coined the ‘PlayWay.’ Linking different regions within the campus, the PlayWay triggers a harmonious, flexible environment facilitating flowing communication, chance encounters, and sharing of ideas. It’s a seamless blend of architectural brilliance and LEGO’s modular principle.

Designer: CEBRA

A commitment to sustainable design is evident within the campus. Generous skylights maximize daylight, creating well-lit, inviting interiors. Incorporated green spaces offer employees areas for relaxation and informal discussions. The use of timber in the building’s construction resonates with LEGO’s dedication to environmental sustainability.

A key part of the design process was employee involvement. Staff were invited to use LEGO bricks to model their ideal workspaces, turning the act of design into a team activity. These prototypes informed the final layout and features of the campus, ensuring that the building would truly serve the needs and desires of its users. This collaborative method echoes LEGO’s brand values of creativity, inclusivity, and hands-on problem-solving.

The most impressive feature is the campus’s library of LEGO elements. Billed as the world’s largest, it contains around 20,000 different LEGO pieces in 70 colors. This vast collection serves as both a resource and an inspiration for designers and engineers working on new projects. By placing this library at the center of the building, the campus becomes a physical manifestation of the company’s creative spirit and a wellspring for future innovation – it truly embodies the LEGO spirit!

The LEGO Innovation Campus represents a significant shift in workplace design that goes beyond the traditional confines of an office to create a dynamic, creative, and sustainable environment. The campus represents LEGO’s deeply ingrained principles and aspirations, designed to inspire employees each day. Beyond merely a physical structure, the campus is a groundbreaking symbol in design, aiming to set the stage for global architectural advancements.

The post New LEGO Campus Features World’s Largest LEGO Library & An Employee-Driven Design first appeared on Yanko Design.

The Miller Fong House: Where Architectural Vision Meets Material Mastery

This Silver Lake architectural masterpiece demonstrates how thoughtful material selection and spatial design create lasting value in luxury real estate. Listed at $9.8 million, the property showcases Miller Fong’s dual expertise in furniture design and architecture, recently enhanced through a collaboration with Johnston Marklee, Project Room, and Terremoto.

Exterior Architecture and Materials

The primary residence presents a striking composition of white stucco walls crowned with terracotta roofing. This material palette connects the home to California’s Mediterranean architectural heritage while providing a neutral canvas that allows the dramatic landscape to take center stage.

Key Exterior Elements: The white stucco provides both visual continuity and practical benefits, reflecting heat while creating clean geometric forms. The terracotta roof tiles add texture and warmth, complementing the natural tones of the surrounding hillside.

Positioned at the end of a lengthy gated driveway, the house sits secluded on its 4.4-acre promontory. The approach sequence builds anticipation, with the circular motor court providing the first glimpse of the home’s architectural character.

Large expanses of glass punctuate the stucco walls, creating visual connections between interior spaces and the Silver Lake Reservoir views. These windows function as both architectural elements and practical features, maximizing natural light while framing specific landscape vistas.

Interior Material Palette and Finishes

The renovation team’s material choices reflect contemporary luxury while respecting Fong’s original vision. Terrazzo surfaces appear throughout the home, most notably in the primary bathroom’s rainfall shower. This material choice provides both durability and visual interest, with its speckled surface adding texture without overwhelming the space.

Terrazzo Applications: The terrazzo-tiled rainfall shower in the primary bath demonstrates how traditional materials can feel contemporary when applied with precision. The material’s inherent durability makes it ideal for wet areas while its visual complexity adds sophistication.

Built-in elements throughout the house showcase custom millwork that integrates storage and display functions. The living room’s fireplace surround includes flanking built-in shelving, creating a focal wall that serves multiple purposes while maintaining clean lines.

The media room features custom built-in seating and cabinetry designed specifically for the mounted projector system. This integration of technology and furniture demonstrates how contemporary renovations can enhance functionality without compromising architectural integrity.

Kitchen Design and Material Integration

The kitchen incorporates an eat-in island that serves as both workspace and casual dining area. The island’s design integrates storage, preparation surfaces, and seating in a single element that anchors the space without blocking sight lines to other areas.

A separate breakfast nook provides additional dining options, demonstrating how multiple eating areas can coexist without redundancy. This flexibility appeals to buyers who value both formal and casual entertaining options.

Material selections in the kitchen prioritize both aesthetics and functionality, with surfaces chosen for their ability to withstand daily use while maintaining visual appeal over time.

Bathroom Design Excellence

The primary bathroom showcases how material selection can create spa-like experiences within residential settings. The soaking tub provides a retreat element, while the terrazzo-tiled rainfall shower offers both luxury and practicality.

The guesthouse bathroom features penny tile applications, demonstrating how smaller-scale materials can create visual interest in compact spaces. This tile choice adds texture and pattern while maintaining the overall design cohesion.

Tile Strategy: The contrast between the primary bath’s large-format terrazzo and the guesthouse’s penny tiles shows how material scale can define space hierarchy while maintaining design continuity.

Outdoor Living and Landscape Integration

The 4.4-acre grounds function as an extension of the interior living spaces, with carefully designed outdoor rooms that serve specific purposes. The heated swimming pool anchors the outdoor entertainment area, with a wood-clad bath and lounging pavilion positioned at one end.

The wood cladding on the pool pavilion introduces natural materials that complement the main house’s stucco and tile palette. This material choice provides weather resistance while adding warmth to the outdoor spaces.

Outdoor Amenities:

Full-sized tennis court with professional surfacing
Heated swimming pool with integrated spa
Wood-clad poolside pavilion and bath facility
Outdoor kitchen and bar setup for entertaining
Private hiking loop throughout the property
Multiple terraced outdoor seating areas

The outdoor kitchen and bar setup create dedicated spaces for alfresco entertaining, with weather-resistant materials and integrated utilities that support year-round use. These facilities transform the outdoor areas from decorative landscape to functional living space.

Architectural Details and Custom Elements

The mustard-hued library demonstrates how color can define spaces within open floor plans. This bold choice creates a distinct room character while maintaining visual flow with adjacent areas.

Custom millwork throughout the house integrates storage solutions that maintain the clean architectural lines. These built-in elements provide functionality without adding visual clutter, a key consideration for buyers seeking both style and practicality.

The spiral staircase in the two-story guesthouse serves as both circulation and sculptural element. This feature demonstrates how functional elements can contribute to the overall design narrative.

Contemporary Renovation Strategy

The collaboration between Johnston Marklee, Project Room, and Terremoto represents a thoughtful approach to updating 1980s architecture for contemporary living. The renovation preserves Fong’s original spatial concepts while introducing materials and finishes that meet current luxury standards.

Johnston Marklee’s involvement brings particular credibility to this project, given the firm’s reputation for sophisticated residential and commercial work. Their participation signals the property’s architectural significance within Los Angeles’s design community.

Project Room’s contribution to the guesthouse design shows how secondary structures can complement the main residence while maintaining their own distinct character. This approach maximizes the property’s flexibility for various living arrangements.

The post The Miller Fong House: Where Architectural Vision Meets Material Mastery first appeared on Yanko Design.

This LEGO Sushi Boat Looks So Delicious You’ll Want to Eat It

You know that feeling when a sushi boat arrives at your table, loaded with technicolor rolls like a floating parade of umami dreams? Now imagine that, but made entirely out of LEGO bricks. It shouldn’t work—but it absolutely does.

Spotted on LEGO Ideas, this brilliantly bizarre build is a brick-for-brick homage to the traditional Japanese “funamori” platter—those iconic wooden boats used to deliver sushi in theatrical fashion. The model, designed with a chef’s eye for detail and a builder’s obsession for geometry, swaps raw fish for ABS plastic, and the result is weirdly mouthwatering.

Designer: Luke Jenkinson (eat.sleep.build.repeat.)

At a glance, the layout hits all the notes: twelve assorted maki rolls, tamago sushi with a sleek black nori wrap, twin nigiri pieces, two generous scoops of ikura (salmon roe), and even a blocky ebi (shrimp) with exaggerated stripes that somehow look juicy. The color-blocking is dialed in perfectly—lime green bricks for wasabi-tinted rolls, layered orange for the salmon slabs, and even stylized printed tiles to emulate cross-sections of fish and avocado. You can almost hear the clack of chopsticks.

The set also includes a full buildable place setting: a dipping dish of soy sauce, modular chopsticks, and a trio of side garnishes—ginger, wasabi, and some sprigs of LEGO foliage standing in for shredded daikon or decorative leaves. There’s even a tiny sushi chef minifigure wielding a cleaver, with rolled sleeves and that classic black-and-white tenugui headband. He looks ready to defend his omakase at all costs.

The boat itself is a sleek, tan construction with a minimalist Japanese flag at the stern, and a mast at the center that’s more symbolic than functional—just like the ones you’d find on real sushi boats in upscale Tokyo eateries. Built on a blue LEGO base plate shaped like rippling water, it’s practically an art piece on its own.

According to the LEGO Ideas submission, the entire build clocks in at around 800–900 pieces. It’s modular, so every sushi piece is removable, meaning this doubles as both a display set and a tactile, rearrangeable play experience.

The post This LEGO Sushi Boat Looks So Delicious You’ll Want to Eat It first appeared on Yanko Design.

If the Cybertruck had Two Wheels it would look like this Brutalist E-Bike

Somewhere between an electric motorcycle and a moon rover, this concept breaks just about every rule in the design book, and that’s exactly the point. It doesn’t try to look fast. It doesn’t beg for lean angles or chase aerodynamics. Instead, it leans into the idea that two-wheelers deserve the same kind of protection and gravitas that trucks and SUVs have monopolized for decades. If the Cybertruck was a rolling vault for the open road, this is its two-wheeled offspring made for the chaos of urban streets.

Wrapped in a crisp, geometric shell, the bike strips away every trace of traditional motorcycle styling. No exposed frames, no visible suspension, no aggressive tank lines. Just flat, seamless panels that converge into a cockpit with the same clinical precision you’d expect from a concept dreamed up in CAD and rendered into existence by someone who’s never accepted “that’s how it’s always been” as an answer. The result is striking, more digital artifact than analog machine.

Designer: Felisious Design

The proportions are intentional. Wide, slab-like sides anchor the body visually, while the large, almost cartoonishly smooth tires peek out from tucked-in fenders. It rides the line between vehicle and sculpture, but it’s grounded by a clear functional narrative. This thing is built to be a shell, a barrier between rider and environment, between fragility and structure. Unlike traditional motorcycles, which revel in exposure and minimalism, this design suggests the opposite. Put the rider inside the vehicle, not on it.

That decision changes everything. Protection from weather. Less wind fatigue. Safer city navigation. Even psychological comfort. There’s something reassuring about not staring down rush-hour traffic with just a helmet and a prayer. It’s not hard to imagine this thing powered by an electric hub motor, with a 10 to 15kWh battery pack hidden low in the chassis. Range? Maybe 100 to 120 kilometers if optimized. Speed? Likely capped around 100 kilometers per hour for urban use. But specs are moot here, given the conceptual nature. The visual language is what speaks loudest.

Where most motorcycles shout “look at me,” this one simply stands still and lets your brain catch up. It doesn’t want to blend in, and it sure as hell doesn’t want to be retro. It’s a rethink. A provocation. Maybe even a warning. The age of the naked bike might be ending. The shell is the future.

The post If the Cybertruck had Two Wheels it would look like this Brutalist E-Bike first appeared on Yanko Design.

J Balvin and DAB Motors create Cyberpunk’ish electric bike using AI design tools and 3D printed tech

J Balvin celebrated his 40th birthday in style with A-list celebrities, and a surprise red electric motorbike that is designed by Vita Veloce Team (VVT), which is the singing sensation’s maiden venture with designer Mattias Gollin. Although the star singer was fully abreast of the close development of the anime-themed bike developed in collaboration with DAB Motors, little did he know the bike would debut at his star-studded bash!

According to Gollin and Simon Dabadie, founder of DAB, who played a key role in the development of this two-wheeler, the Colombian singing sensation had “no idea when it would be ready. We kept the manufacturing of the motorcycle completely secret. Rolling it out at Castello di Velona, surrounded by friends—that moment felt special.”

Designer: DAB Motors and VVT

It was a surprise for him as he never anticipated the arrival of this cool electric bike (developed under his close watch) at his birthday event. The VVT team members later confirmed that the motorcycle is heavily inspired by Shotaro Kaneda’s red bike in Akira, a hit Japanese anime series. The one-off prototype was conceived, designed, and constructed in mere three weeks using AI-powered design tools. Developed on the DAB Motors’ trusted 1α platform, the bike is a part sculpture, part anime, and completely rideable. Gollin wanted the electric bike to feel like riding through a dream, hence the sound-absorbing foam in the wheel covers and rims that creates a hypnotic low-frequency sound when cruising down the alley. This futurism is matched by the purplish blue LED light strips in the wheels that create a sense of motion.

The two-seater motorbike can reach a top speed of 130 km/h and which is the reason it retains the sturdy windshield. Having a monolithic enclosed design aesthetic, the frame of the bike wraps the chunky wheels. The bodywork is 3D-printed and then sanded to perfection to achieve the futuristic appeal. After the extensive matte red paint job, the surface is patinaed to achieve a rusty look, as if the bike has aged on purpose, even though it is brand new. The stickers and decals all over the bodywork lend it a domineer akin to the ones that lay a heavy price on their presence. The total charge time of three hours and 30 minutes gets the bike ready for late-night skirmishes outside the city limits.

Interestingly, DAB Motors and VVT confirm the existence of the futuristic bike beyond the prototype. A limited production run is in the works, and that should excite motorheads and collectors alike. The price should be steep given DAB Motors’ pedigree for premium builds and the Balvin association. We presume, even before than happens, the prototype is destined for a sci-fi movie or series appearance, it is that cool. For us, the DAB Motors and VVT creation is a perfect crossover of art, engineering and design.

The post J Balvin and DAB Motors create Cyberpunk’ish electric bike using AI design tools and 3D printed tech first appeared on Yanko Design.