Acer Finally Made a Premium Laptop You Can Actually Repair Yourself

Acer’s Vero 16 treats repairability as a design language rather than an afterthought bolted on for marketing points. Announced at IFA 2026, this fourth-generation Vero laptop wears its screws and access panels with pride, swapping the sealed, glued construction common to premium laptops for a chassis you can actually open without voiding a warranty or hunting down specialty tools. It’s a rare case where sustainability and good industrial design point in the same direction.

Flip the Vero 16 over and a visual guide etched directly into the bottom cover walks you through the repair process step by step, turning what used to require a service manual into something closer to assembling furniture. A tool-free access latch pops the bottom cover open, exposing a battery and SSD that users can swap themselves. The hinge detaches from the chassis entirely, and the I/O port covers on both sides lift away just as easily.

Designer: Acer

That repair-first thinking extends to future-proofing too. Acer built the Vero 16 to support processor upgrades for at least two generations, a rarity in an industry that generally treats laptops as disposable once the chip inside falls behind. Pair that with materials chosen for their afterlife, and the laptop starts looking less like a purchase and more like a long-term relationship with your hardware.

The chassis itself carries that same intentionality. The top and palm-rest covers combine 50% post-industrial recycled aluminum with 50% low-carbon aluminum, while the bottom cover uses 60% post-consumer recycled plastic and the display bezels use 30%. Acer finishes the whole thing in a solvent-free powder coating that cuts VOC emissions while resisting wear better than standard paint, so the Earthy Brown shell should still look presentable years into its service life.

None of that repair-friendly engineering comes at the cost of everyday usability. A 16-inch 3K OLED display handles video calls and spreadsheet work with equal ease, backed by up to an Intel Core Ultra X9 processor pushing 180 platform TOPS for on-device AI tasks. Acer PurifiedView sharpens video call quality automatically, while PurifiedVoice filters out background chatter, useful whether you’re presenting blueprints from a home office or narrating a game night to friends over a headset.

Connectivity rounds out the practical side, with two Thunderbolt 4 ports, an SD card reader, and HDMI 2.1 covering most peripheral needs, plus a USB Type-A port that keeps charging accessories even when the laptop itself is powered down. Acer MyKey adds a programmable shortcut for whatever app or website you open most, a small touch that saves the repetitive clicking most of us do without noticing.

The Vero 16 ships in 100% recyclable packaging made from recycled materials, closing the loop from box to chassis. Acer’s decision to expand its design approach from the standard 3R framework of reduce, reuse, and recycle into a fourth R for repairability suggests the company sees longevity as a feature worth building around, not a checkbox for sustainability reports. The Acer Vero 16 arrives in EMEA in Q1 2027, giving shoppers time to see how well that philosophy holds up against the rest of the market.

The post Acer Finally Made a Premium Laptop You Can Actually Repair Yourself first appeared on Yanko Design.

Most Phones Last 3 Years, This $650 Fairphone 6+ Is Built for 8

The smartphone upgrade cycle has been one of the more quietly destructive consumer habits of the past two decades. Most people replace their phone every two or three years, and most of the time the reason has less to do with the device failing than with the manufacturer stopping support for it, making it feel obsolete ahead of its actual lifespan. The waste this generates at the component and material level is substantial, and the industry has largely responded with recycling pledges rather than any structural rethinking.

Fairphone has spent the better part of sixteen years making a structural argument instead. The Fairphone (Gen. 6+) is the latest iteration of that argument, and it arrives with a notable addition to its story: it’s the first Fairphone sold directly in the United States. For a phone built around the idea that longevity and repairability should be standard expectations rather than premium options, reaching the world’s largest smartphone market is a meaningful step.

Designer: Fairphone

The Gen. 6+ carries twelve user-replaceable parts, from the battery and display to the USB-C port and back cover, most swappable with a single screwdriver in under five minutes. The phone has earned iFixit’s 10/10 repairability score, making it the fifth consecutive Fairphone to do so. Spare parts are guaranteed to be available until 2033, and the five-year warranty covers the device for as long as most people own a phone at all.

That repairability doesn’t come at the cost of ignoring performance. The Gen. 6+ runs on the Snapdragon 7s Gen 4 paired with 12GB of RAM, which is a meaningful step up from the Gen. 6’s Snapdragon 7s Gen 3 and 8GB. The 6.31-inch LTPO AMOLED display runs at an adaptive 10–120 Hz with up to 1,400 nits of peak brightness, and the 4,415mAh removable battery delivers up to two days between charges, with fast charging reaching 50% in 30 minutes.

The camera system centers on a 50MP Sony LYTIA sensor with optical image stabilization, supported by a 13MP ultrawide and a 32 MP front-facing camera. It’s a capable setup for the mid-range segment it occupies, handling 4K video at 30 fps and slow-motion recording up to 1080p at 120 fps. What’s worth noting is that the camera module, like everything else in the phone, is replaceable. A damaged lens or degraded sensor doesn’t mean the device is finished.

The phone’s physical design includes a dedicated switch, called Fairphone Moments, that toggles between full functionality and a stripped-back mode that limits access to only what you’ve decided matters. It’s a small thing, but it addresses a real pattern: most of us don’t need every app and notification available every hour of the day, and having a physical switch to enforce that boundary is more reliable than navigating a settings menu under pressure.

The materials list is as deliberate as everything else. The phone uses 51% fair or recycled materials by weight, including Fairmined gold and tungsten, recycled aluminum, copper, steel, and plastics, along with Fair Cobalt Credits applied to cobalt sourcing. It ships in plastic-free packaging. The Gen. 6+ is available in Cobalt Blue, Forest Green, and Horizon Black, priced at €649 in Europe and $649.99 in the US.

For a device this thoughtfully constrained, the case for it doesn’t rest on outpacing the competition on any single spec. It rests on the idea that a phone lasting seven or eight years has more value, environmental and financial, than one that lasts three, and that keeping it alive should never require shipping it off to a service center.

The post Most Phones Last 3 Years, This $650 Fairphone 6+ Is Built for 8 first appeared on Yanko Design.

The Lightest ThinkPad Ever Also Scored 9/10 for Repairability

Business laptops have gotten remarkably thin over the years, but the tradeoffs are hard to ignore. Repairability has taken a back seat to aesthetics, battery life has been sacrificed for slim profiles, and enterprise users often end up with devices that look great on paper but wear out faster than they should. Balancing portability with long-term practicality remains one of the harder problems in professional laptop design.

The Lenovo ThinkPad X13 Gen 7 takes on that challenge with an ultra-mobile form factor that doesn’t cut corners on durability or serviceability. Starting at under 1kg, it’s currently the lightest device in the ThinkPad lineup, designed for professionals who move between offices, client sites, and travel without wanting to think too hard about whether their laptop can keep up.

Designer: Lenovo

At a Z-height of less than 18 mm, the ThinkPad X13 Gen 7 manages an 87.8% screen-to-body ratio on its 13-inch FHD+ IPS display. The panel hits 400 nits of brightness and covers 100% of the sRGB color gamut, useful in well-lit conference rooms and outdoors. The single-bar hinge lets the lid open with one hand, a small convenience that adds up considerably over a long workday.

Processor options include Intel Core Ultra Series 3 and AMD Ryzen AI PRO 400 Series chips, both supporting Copilot+ PC features through an NPU capable of up to 50 TOPS. Up to 64GB of LPDDR5x memory at 8,533 MT/s keeps multitasking fluid, and AI-assisted workflows run on-device rather than relying on the cloud for every query. The performance sits well above what the chassis suggests.

Collaboration gets a dedicated push through a 5MP IR camera with a physical shutter and Lenovo Clear Voice audio, which uses AI-driven noise suppression to clean up background interference on calls. The camera handles Windows Hello facial recognition for quick, password-free logins. For a device that lives in hybrid meetings, having the camera and microphone hardware match the processor’s capabilities makes a noticeable difference.

The port selection covers daily needs without a dongle, with two Thunderbolt 4 ports, one USB-A, HDMI 2.1, and a 3.5mm audio jack. Wireless connectivity includes Wi-Fi 7 and optional 5G LTE with eSIM support. The battery comes in 41Wh and 54.7Wh options, both rated for all-day productivity away from an outlet, and the optional NFC keeps field teams connected when cellular service falls short.

One of the X13 Gen 7’s more distinctive qualities is its repairability, earning an iFixit score of 9 out of 10 through five customer-replaceable units, including the battery, SSD, WWAN module, RTC battery, and D cover. The battery itself uses 100% recycled cobalt, and most structural components incorporate post-consumer recycled materials. Packaging is plastic-free, and the device carries ENERGY STAR 9.0, EPEAT Gold, and TCO 10.0 certifications.

Security runs through ThinkShield, Lenovo’s layered protection platform covering supply chain assurance, firmware defense, and AI-powered threat prevention. Hardware-side security includes a fingerprint reader built into the power button, an IR camera for facial authentication, and an optional Privacy Guard display. The ThinkPad X13 Gen 7 starts at $1,499 and is available starting May 2026, putting it squarely in the premium ultraportable business laptop segment.

The post The Lightest ThinkPad Ever Also Scored 9/10 for Repairability first appeared on Yanko Design.

Framework Laptop 13 Pro arrives with major redesign, longer battery life, and touch display

Framework is known for a league of laptops that other manufacturers dare not. Six years in, and the company is pushing its boundaries, building laptops that are robust, high on performance, yet respect the consumers’ right, allowing them the option to repair, upgrade, and run the software of their choice.

For 2026, the modular computing company returns with Framework Laptop 13 Pro, a new and upgraded version of its current favorite repairable laptop – Laptop 13. “Framework Laptop 13 Pro is a complete ground-up redesign,” the company informs. Before we get into the details, this new laptop and wireless touchpad keyboard coming our way via the Framework [Next Gen] Event 2026 are, according to the company, built based on the direct feedback received from its fans.

Designer: Framework

Laptop 13 Pro comes pre-loaded with Ubuntu. Its major highlight is the massive leap in battery life and the new full CNC aluminum chassis, which is first for any Framework laptop. Like the Laptop 13, however, the new model is repairable, upgradable, and fully customizable. It comes with an Intel Core Ultra series processor paired with LPCAMM2 memory, a haptic touchpad, and a purpose-built power-optimized touchscreen display.

Framework says that the Laptop 13 Pro is its first system featuring a chassis machined from a single block of 6063 aluminum. The construction makes it robust yet ensures its lightweight. The 15.85 mm thick laptop only weighs 1.4 kg. It is currently available for preorder starting at $1,199 for the DIY edition. The pre-built device with complete configuration will set you back $1,499. The shipping is expected to start in June 2026.

Framework has really worked on the battery life of Laptop 13 Pro, particularly because battery life was the primary concern that came up in the feedback received from fans. The system has an enhanced battery to 74Wh (rated for up to 1000 cycles), which is 22% better than that of the predecessor. Powered by a 100W GaN Power Adapter, the fast-charging battery can last for up to 20 hours while streaming Netflix in 4K, Framework’s test reveals.

A major update here is the inclusion of Intel’s latest Core Ultra Series processors. Laptop 13 Pro is available in Core Ultra 5, Core Ultra X7, and Core Ultra X9 variants, which makes the device “insanely efficient,” with up to 16 cores of processing prowess. This processing power is paired with equally capable LPCAMM2 memory, which is a modular LPDDR5x RAM format that runs at speeds up to 7467 MT/s. Available in 16GB, 32GB, and 64GB capacities, it is replaceable and upgradable. For storage, the laptop features a PCIe Gen5 M.2 2280 slot. It supports up to 2TB Gen5 SSDs or larger Gen4 drives.

A great leap from the predecessor, the 13.5-inch touchscreen 2880×1920 resolution display of Laptop 13 Pro is also particularly interesting. It now packs within a redesigned bezel, which arrives sans the rounded corners. Provided with a 30-120Hz variable refresh rate, up to 700 nits brightness, and an anti-glare matte polarizer for better visibility in bright light, the display is paired– for the first time in a Framework laptop – with a Dolby Atmos-enabled audio system.

Framework Laptop 13 Pro with a haptic touchpad that uses piezo electric feedback, is backward compatible. Laptop 13 users can replace the innards (or even the chassis) without having to replace the system entirely. For connectivity, the new laptop features Wi-Fi 7 and the BE211 radio. It also has four Thunderbolt 4 ports.

The post Framework Laptop 13 Pro arrives with major redesign, longer battery life, and touch display first appeared on Yanko Design.

ThinkPad X1 Carbon Gen 14 Aura Edition Scores 9/10 From iFixit at CES 2026

ThinkPad X1 Carbon has been the default answer to “what does a serious work laptop look like?” for more than a decade, with over ten million units sold since 2012. Most look and behave roughly the same. The Gen 14 Aura Edition arrives at CES 2026, when that definition is shifting, and Lenovo’s response is to quietly rework the bones around local intelligence, a new internal architecture, and repairability that does not feel like a compromise.

The first idea is that AI should live on the machine, not just in the cloud. The Aura Edition runs Intel Core Ultra X7 Series 3 processors with an integrated NPU capable of up to 50 TOPS, which means background noise removal, live transcription, or image enhancement can happen locally with less lag and fewer privacy worries. Lenovo’s Aura software layer tunes performance automatically, handles quick media transfers with a tap, and walks users through troubleshooting.

Designer: Lenovo

The second idea is Space Frame, a new internal layout that treats the inside as three-dimensional real estate rather than a flat sandwich. By placing components on both sides of the motherboard, Lenovo frees up volume for better airflow and a larger haptic touchpad while keeping the chassis under sixteen millimeters thick. That opens up about twenty percent better heat dissipation and lets the system sustain thirty watts of power, which matters when running heavy workloads.

Space Frame also makes room for modular parts. USB ports, the battery, keyboard, speakers, and fans are designed to be replaced as individual units, with a separate daughterboard that isolates some I/O, so a damaged connector does not mean a full motherboard swap. Lenovo says the X1 series now scores nine out of ten from iFixit. For people who keep laptops for years, that means less downtime and fewer machines scrapped for minor issues.

The sustainability story ties in closely. The chassis uses up to seventy-five percent recycled aluminum and ninety percent recycled magnesium in specific components, and packaging is now plastic-free. Those details matter for enterprises reporting on lifecycle impact, and they make the laptop easier to justify to teams skeptical of devices designed to be replaced every few years instead of maintained and refreshed when needed.

Around those pillars, the X1 Carbon Gen 14 Aura Edition feels familiar. An optional 2.8K OLED display with anti-glare coating, 500 nits, and full DCI-P3 coverage handles color work. A new 10-megapixel camera with a wide field of view and distortion correction makes hybrid meetings less painful. Wi-Fi 7, optional 5G, and three Thunderbolt 4 ports keep it ready for whatever networks and docks come next.

The interesting thing about this generation is not that it is faster or lighter, though it is both. Lenovo is using AI and a new internal design as reasons to make a flagship business laptop that is smarter, cooler, and easier to fix. The ThinkPad X1 Carbon Gen 14 Aura Edition is still the same understated black rectangle, but inside it argues that the future of professional laptops is about longevity, adaptability, and treating sustainability as a design constraint rather than marketing.

The post ThinkPad X1 Carbon Gen 14 Aura Edition Scores 9/10 From iFixit at CES 2026 first appeared on Yanko Design.

Fairbuds XL Gen 2 Drivers Fit Gen 1 Headphones for a €100 Upgrade

Most wireless headphones quietly become disposable. Batteries fade, cushions peel, and people replace the whole thing every few years instead of fixing what broke. Fairphone’s first Fairbuds XL were an outlier, modular and self-repairable with screws instead of glue. Gen 2 is the next step, not a clean break but a refinement that tries to make keeping and upgrading a pair of headphones feel as normal as replacing them.

Fairbuds XL Gen 2 are over-ear headphones that keep the same modular skeleton but add new 40-mm dynamic drivers, refined tuning, and updated materials. Fairphone claims 30 hours of listening, active noise cancelling with ambient mode, Bluetooth or USB-C wired listening, and two colorways, Forest Green and Horizon Black, which deepen the original palette into something a bit more mature and less obviously plastic.

Designer: Fairphone

The drivers are the most interesting change. Gen 2 ships with new 40-mm dynamic drivers and updated tuning for a more natural, detailed sound, but those drivers are also sold separately as modules. Owners of the 2023 Fairbuds XL can open their existing headphones with a screwdriver and slot in the new drivers, keeping everything else while upgrading the sound. That turns the Gen 2 launch into both a new product and a parts catalog.

The comfort story centers on materials. The headband now uses a breathable net fabric, and the ear cushions switch to a soft birdseye mesh, which improves comfort during long sessions. The IP54 rating handles dust and splash resistance, and the new material identity balances durability with a sleeker look. The switch from PU leather to mesh is practical for warm environments and long wear, without sacrificing the ability to take everything apart when it wears.

The modular design remains unchanged, with nine replaceable parts, including the battery, cushions, drivers, headband, and covers, all held together with screws and no glue. The battery is easily removable, the three-year warranty extends the standard two years, and the LONGTIME™ label certifies products designed for longevity and repairability. The goal is to keep components in use instead of sending whole headphones to the landfill when one piece fails.

Advanced noise cancelling with a switchable ambient mode, an upgraded Fairbuds app with new presets and customizable EQ, and Bluetooth with dual-point connectivity let you move between phone and laptop. You can also plug in over USB-C for battery-free listening. Gen 2 adds auto power-off after 30 minutes of inactivity with ANC off, saving battery and extending runtime per charge, which is a small but thoughtful improvement.

Most Gen 2 products pretend Gen 1 never happened. Fairbuds XL Gen 2 ships drivers that fit both, which means the launch doubles as a parts drop for anyone who bought the original two years ago. That feels unusual enough to notice, especially at €249 for a full headset or roughly €100 to just swap the drivers. Whether or not that changes anyone’s mind about buying repairable gear, it at least shows that upgrading can be designed in from the start instead of being treated as impossible or inconvenient.

The post Fairbuds XL Gen 2 Drivers Fit Gen 1 Headphones for a €100 Upgrade first appeared on Yanko Design.

This School Chair Concept Has 3D-Printable Replacement Parts

Old school chairs like the Mullca were built to survive decades of abuse, with welded steel frames and bolted parts that could outlast the building itself. That durability was impressive, but it also meant the chairs were impossible to take apart or repair at home if something did eventually break. Contemporary designers are questioning whether indestructibility is the only way to think about longevity, with design for disassembly and repair becoming just as important as raw toughness.

Carrousel is a chair concept by Thibaud Rollet that starts from the familiar silhouette of nostalgic school chairs but shifts the focus to how it is assembled and maintained. Instead of chasing the legendary durability of a Mullca, Carrousel is designed to be easy to produce, disassemble, and repair, with individual elements that can be replaced or even 3D printed by the user at home when parts wear out or need refreshing.

Designer: Thibaud Rollet

The basic construction is straightforward. A bent or laminated wooden frame forms the legs and backrest supports, while horizontal traverse pieces carry the structural load. The seat and backrest are separate panels fixed with four screws each, visible on the surface. Those screws bite into metal threaded inserts embedded in the wood, so panels can be removed and reattached repeatedly without damaging the material or stripping the threads.

The covering L-shaped pieces sit over the joints between the frame and the seat or backrest. These parts are held in place by the screws and inserts, and they are the most likely candidates for 3D printing. Users could swap them out to change colors, textures, or even shapes, turning a functional joint into a place for customization and personal expression without needing professional tools.

The visible screws and simple joinery send a clear message that the chair is meant to be taken apart, not treated as a sealed object. Instead of hiding the assembly, Carrousel uses it as part of the aesthetic language. That openness encourages people to replace worn panels, refresh the look, or tinker with new parts, extending the chair’s life in a way that feels approachable rather than intimidating.

Of course, swapping a backrest or changing the covering pieces can refresh the chair without replacing the whole thing, and the act of playing with those options adds emotional value. When you’ve customized or repaired something yourself, you are more likely to keep it around rather than send it to the curb when a screw loosens or a panel gets scratched.

Carrousel borrows the reassuring outline of a school chair but rewires the logic underneath, making it easy to disassemble, repair, and personalize. It suggests that the next generation of everyday chairs might be less about lasting untouched forever and more about being easy to live with, update, and care for. That shift from indestructible to repairable might end up keeping more furniture out of landfills than any amount of added steel ever could.

The post This School Chair Concept Has 3D-Printable Replacement Parts first appeared on Yanko Design.

iPhone 16 iFixit teardown reveals a huge step forward in sustainability

Today’s smartphones may be more advanced and more powerful than ever, but they still suffer from the same ailments that their ancestors experienced more than two decades ago. Screens get cracked, charging ports get worn down, and batteries die. Unlike the mobile phones of the past, however, the complex designs of modern smartphones make it impossible to even just replace a bloated or dying battery. Of course, companies have always defended this practice as protecting their brand and their intellectual property, but thankfully they’ve started turning around, and Apple just made what is perhaps the biggest step in that direction, short of simply letting owners pop off the iPhone 16’s back, pop out the old battery, and pop in a new one.

Designer: Apple (via iFixit)

The new “feature” that has the Internet abuzz involves the removable of those unwieldy “pull tabs” that doubled the work since you’d often still have to resort to some isopropyl alcohol at the end of the process. Instead, Apple’s new adhesive can dissolve under low electrical current, which means you can hook up the back of the exposed iPhone 16 or 16 Plus to an ordinary 9V battery and have that adhesive go away in a minute and a half. The voltage actually determines the length of waiting, and iFixit’s test showed that a 20V charge would have the battery ready to be removed in just 20 seconds.

This makes battery replacement significantly easier and less error-prone, though you’ll still have to do some alcohol cleanup to completely remove adhesive residue before installing a new battery. Considering batteries are one of the first things on a smartphone to die from natural wear and tear, they are also the most common parts that need to be repaired or replaced. This major improvement in repairability also improves the iPhone 16’s overall sustainability, as it reduces CO2 emissions in the long run.

The catch is that this groundbreaking adhesive is only available on the iPhone 16 and iPhone 16 Plus. The more advanced Pro models, ironically, still use the pull tab system, but Apple did make a little change to make that process less nerve-wracking. The shells of these batteries are now made of hard steel instead of soft pouches, so the chances of accidentally puncturing these sensitive and volatile batteries are now lower, which is very important since you’ll still need to pry them off without that magical dissolving adhesive.

The rest of the iPhone 16 teardown is pretty uneventful, which also means that Apple has retained its improved DIY repair experience this year. This helped the iPhone 16 garner a 7 out of 10 on iFixit’s repairability scale, which is pretty high for a “regular” smartphone that doesn’t promote the same kind of repairability and sustainability as the Fairphone. Hopefully, this new material will eventually land on the iPhone Pro models next year, becoming a major sustainability feature of all iPhones moving forward.

The post iPhone 16 iFixit teardown reveals a huge step forward in sustainability first appeared on Yanko Design.

HMD Skyline is a Nokia Lumia throwback with repairability at its core

The Nokia brand was famous for its innumerable smartphone designs, some of which have stood the test of time and are being revived today. Although not as old as those, the Nokia Lumia with its blocky silhouette, curved sides, and raised 2.5D screen is just as distinctive, becoming the DNA of the product line until its demise. HMD Global, who now eagerly wants to remind everyone that its name stands for “Human Mobile Devices,” is bringing back that iconic form but with a twist. The HMD Skyline might be a blast from the past, but it is also the most forward-looking of its kind thanks to its strong self-repair spirit.

Designer: HMD

The Skyline is notable for two things. The first is, of course, is design that is both dated yet ironically fresh to people’s eyes today. The more geometric block is almost in line with art trends today, and its neon pink colorway definitely shouts for attention. Given the retro design craze gripping multiple industries, its arrival couldn’t be more timely.

This juxtaposition also shows itself in the HMD Skyline’s other strength: its easy repairability. Sure, it’s not as easy as popping off the back plate with a fingernail and swapping out batteries in a snap, but it’s still worlds apart compared to most smartphones today, including its mid-range buddies. There’s only one screw to lift the back panel, which you can gently pry off with plastic cards or guitar picks, then other connectors can be easily unscrewed or lifted. It’s probably the least risky process around when it comes to replacing the screen. And all that while still having an IP54 dust and water resistance rating.

Images courtesy of: iFixit

The irony is that HMD is positioning this Gen 2 repairability as an attractive feature for Gen Z users who, it claims, are more likely to keep their phone if they can repair it themselves. That said, this is also the generation that lives for the latest and greatest designs, convenient services, and near-instant gratification from social media. Then again, it’s also the maker culture, so there might be some DIY DNA running through their veins as well, waiting to be awakened.

The HMD Skyline’s specs are a bit less impressive, but it’s actually almost a miracle that some of them are even there. The 6.55-inch 1080p, for example, is capable of 144Hz refresh rates, and its 4,600mAh battery supports magnetic wireless charging. There’s a massive 108MP camera teamed up with a 50MP telephoto shooter and a 13MP wide-angle camera. The Snapdragon 7s Gen 2, however, clearly marks it for the mid-range class. All things considered, the $500 Android phone isn’t as bad a deal, especially if you’re truly into retro designs that you plan on maintaining for a very long time.

The post HMD Skyline is a Nokia Lumia throwback with repairability at its core first appeared on Yanko Design.

Microsoft Surface Pro 11, Surface Laptop 7 repairability gets thumbs up from iFixit

It has only been a month since Microsoft unveiled its latest Surface-branded computers, and while the tech industry was awash with discussions on the company’s aggressive Copilot AI push and ARM-based Snapdragon X silicon, the products’ design may have left some people less than impressed. The Surface Pro 11 and Surface Laptop, for all intents and purposes, look exactly like their forebears, making one wonder if Microsoft has run out of creative juice or is desperate to milk its current design until it runs dry. Fortunately, that isn’t the end of the new Microsoft Story, as it turns out that the latest Surface Pro and Surface Laptop computers have one “invisible” upgrade it didn’t really talk about much: an easier repair process that has even the meticulous and stingy iFixit impressed.

Designer: Microsoft (via iFixit)

Laptops have come a long way from being impregnable fortresses that made even the smallest repairs or upgrades a hellish experience, though there are still some companies living the past in the present. Initially, the Surface Laptop was part of that group, requiring cutting through fancy Alcantara fabric just to open the laptop to replace a battery or upgrade the storage. This year’s design almost makes a complete U-turn with a bottom plate that’s only held down by four screws and magnets; no adhesive in sight. Even the battery can be easily removed by just removing screws and a few layers of parts blocking those.

Tablets are even worse news for repairs, especially with displays that are glued on top of the frame. To its credit, Microsoft has at least made changing the Surface Pro M.2 SSD painless by having an accessible magnet-locked panel to get to that storage instantly. The 11th-gen model takes things further by employing as little adhesive as possible, though you still have to go through the risky process of removing the screen first. Fortunately, getting to important parts like the battery is less of a grueling task, especially since it’s only held down by screws as well.

Even more impressive, however, is the fact that Microsoft officially supports such self-repair processes. It has made repair guides publicly available since day one and has even clearly marked out the number and types of screws that hold certain components in place. It’s far from perfect and definitely not on the same level as a Framework laptop, but it’s still an unexpected yet pleasant surprise, especially considering it’s Microsoft we’re talking about.

The post Microsoft Surface Pro 11, Surface Laptop 7 repairability gets thumbs up from iFixit first appeared on Yanko Design.