Monthly Archives: January 2026

The best laptops you can buy in 2026, tested and reviewed

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Choosing the best laptop can be a bit of a challenge, especially when “good enough” now covers everything from entry-level Chromebooks for college students to premium machines built for serious multitasking and heavier creative work. Specs can blur together fast, but a few basics still matter, like processing power, battery life and whether you’re getting enough storage for the long haul. For many people, that means looking for something that lands in the sweet spot with modern ports, a solid display and at least a 512GB SSD so you’re not juggling external drives a month after you bring your new laptop home.

Out of all of the notebooks we've tested and reviewed recently, we consider Apple's 13-inch MacBook Air M4 to be the best laptop for most people, and this is still the case for our top picks to start off the new year. It's powerful enough to handle most tasks (even light video editing); it has a great screen and built-in speakers; and its battery could last over 18hours (depending on what you're doing, of course). The MacBook Air M4 is also one of the lightest and thinnest systems we've reviewed, and it's dead silent, thanks to a fanless design.

Of course, not everyone wants a MacBook, and there are excellent Windows laptops and Chromebooks out there, too. Windows systems offer a range of configurations, from budget to high-end UHD screens with stunning IPS panels that boast high nits for vivid brightness. Chromebooks, on the other hand, tend to be more affordable and are great for users who mostly work online. Whether you need a powerhouse for creative work, a compact system for note-taking, or a laptop that can handle family movie night, there’s something for everyone in today’s laptop market.

Depending on the type of laptop you’re looking to buy, there are some specs we think you should look for to get a machine that’s powerful enough for your needs and future-proof for the next couple of years (at least). Here's a cheat sheet for you to use when you're shopping.

  • At least M2 processor

  • At least 16GB of RAM

  • At least 256GB of SSD storage

  • The most recent generation processor available from Intel or AMD

  • At least 16GB of RAM

  • At least 256GB of SSD storage (512GB SSD is a safer baseline if you plan to keep lots of files locally)

  • Intel Core i processor

  • At least 8GB of RAM (4GB is the bare minimum for a basic Chromebook)

  • At least 128GB of storage, preferably a SSD

  • At least AMD Ryzen 9000 series or Intel 14th Gen Core CPU

  • At least 16GB of RAM (ideally 32GB if you can swing it)

  • At least 1TB of SSD storage

  • For GPU recommendations, check out our guide to buying the best GPU for your needs

  • The most recent generation processor available from Intel or AMD

  • At least 8GB of RAM

  • At least 256GB of SSD storage (consider a 512GB SSD if you can swing it)

Engadget has been reviewing laptops for two decades, and while the definition of what a portable PC is has changed considerably since, our obsession with testing their limits and serving up informative buying advice remains the same. Be it a hybrid tablet like Microsoft's Surface machines, a rotating 2-in-1 convertible like HP's Spectre x360s or a plain old clamshell notebook, our review process follows similar beats. How does it look and feel? How fast is it? Whether it’s a Windows device powered by an Intel Core i5 or higher, a MacBook or a Chromebook, we aim to answer the most important question: Is it actually worth your hard-earned cash? We also pay close attention to portability, webcam quality and display features, including IPS panels and nits of brightness, as they can make a big difference in daily use.

There's a good chance you've already committed to an operating system, but my advice is to be as flexible as possible. These days, most major software is compatible with both Macs and PCs. (Of course, it's another story if you've become dependent on an Apple-only app like Final Cut Pro.) Web-based apps, naturally, will work on any platform with an internet browser.

If you're an Apple-loyalist, there aren't many reasons to consider Windows laptops (unless you want a secondary gaming machine). But for Windows users, macOS is becoming more tempting every year. Apple's MacBooks, powered by its M-series Silicon chips, are among the fastest and most efficient laptops we've ever seen. They're incredibly well-built and have outstanding battery life to boot. MacOS itself is also an easy platform to learn, especially if you're used to iOS and iPadOS.

That brings up another point: iPhone users may want to consider Macs because of the seamless integration with Apple's other platforms. You can't respond to iMessage conversations easily or hop into FaceTime chats on Windows PCs, but doing so is simple on Macs. (Microsoft's Phone Link app lets you send iOS users individual texts, but not media or group chats.) Android users, meanwhile, may be better off with Windows, as Phone Link can make calls, synchronize all your texts and also access your phone's photos.

If cloud gaming is your priority, Windows laptops with NVIDIA’s GeForce Now or Xbox Cloud Gaming compatibility may offer more flexibility and decent performance, especially when paired with fast internet speeds. Chromebooks also make a compelling case here as an affordable, lightweight solution for casual cloud gaming sessions.

As for whether you’ll want a PC with a dedicated Copilot AI button on the keyboard, that depends on how often you see yourself using Microsoft’s generative tools. Given we’re only just seeing the first slate of AI PCs, it would be wiser to wait out the hype and see what improvements might come over time.

And what about ChromeOS? Chromebooks are a smart and (typically) inexpensive way to do things like web browsing and hopping on a few video chats, but for most, they're not the best choice as a primary computer. There aren't many apps or games that work offline, and they also don't work with powerful software suites like Adobe's (you can use the stripped-down Adobe Express and Photoshop online tools, though).

Chromebooks are great secondary machines to use alongside a more powerful Mac or PC, and they're popular in schools because they're cheap and easy for IT workers to manage. And if all you need is web browsing access, or a notebook for a kid, a Chromebook might be enough.

If, for some reason, you’re looking for a powerful ChromeOS system, there are also Chromebook Plus models to consider. These machines sport faster processors and more RAM than typical Google notebooks, and they can also tap into a few of the company’s online AI features, like AI image generation and photo processing.

You can expect to spend between $1,000 and $1,800 for a new laptop these days, depending on the configuration. If you're looking for more of a workhorse, that could cost you well over $2,000 for additional RAM, storage, as well as a beefier graphics card and CPU. But you can also find some good laptops under $1,000 if you're willing to overlook build quality (or buy a refurbished or previous generation machine, which we highly recommend). For entry-level systems, you’ll often have to decide whether you’d rather prioritize processing power or storage, especially if 512GB SSD upgrades bump the price. Systems with AMD chips tend to come in cheaper than their Intel counterparts, but the bulk of their cost will come down to other components like RAM and storage.

I’ve included our favorite affordable model in this best laptop buying guide, but we have a list of the best budget laptops that you can check out as well.

So how portable do you want your laptop to be? That's the ultimate question you need to ask when choosing between various screen sizes. 13-inch machines have become a solid starting point for most shoppers — it's enough real estate for the majority of tasks like emailing and writing, and it also helps keep machines relatively light (typically between two to three pounds). Thanks to manufacturing advancements, these dainty machines sometimes even come with larger screens (the smaller MacBook Air actually has a 13.6-inch display).

If you have trouble seeing fine text, we’d recommend going for a display larger than 13 inches. ASUS’s Zephyrus G14 is a solid 14-inch option for gamers, and we’re also seeing more productivity-focused machines aim for that size, like the Dell 14 Premium and MacBook Pro. While 14-inch notebooks are a bit heavier than 13-inch models, coming in between three to four pounds, their screens are noticeably roomier.

For artists, or anyone else who needs a large canvas, a 15-inch laptop may make the most sense. They typically weigh between 3.5 and 4.5 pounds, but that extra heft may be worth it to fit wider video editing timelines or Photoshop windows. And, as you'd expect, you'll also pay a bit more for a 15-inch notebook compared to smaller ones (the 15-inch MacBook Air starts at $1,199, while the smaller model goes for $999). PC makers are also replacing 15-inch systems with 16-inch versions, which will give you even more space to work.

If you're in the market for a business laptop, size and portability might be key considerations. A lightweight yet powerful system with a long battery life can make a world of difference if you travel frequently for work.

You can still find laptops with 17-inch or 18-inch screens, but those are typically gaming systems or souped-up workstations. They're not meant for mere computing mortals.

These days, most laptops ship with a few USB-C ports, which can handle both charging and speedy data transfers. Apple's MacBooks also include a separate connection for MagSafe power, and you'll find custom power connections on some PCs like Microsoft's Surface. Older USB Type-A connections are less common now, but they still pop up in systems like HP's Spectre x360 14, as well as many models from ASUS.

For gamers or creators who rely on discrete graphics, ensuring your laptop has the right ports for external monitors or GPUs is crucial. DisplayPort or HDMI connections can also ensure you’re ready for dual- or multi-screen setups for more immersive experiences. Similarly, if you want to save high-resolution files or install multiple games, you might need to consider additional hard drive space; external hard drives are pretty affordable, as long as you have a proper port to connect them.

If you're a fan of wired headphones, it's worth keeping a close eye on headphone jack availability. They usually include a USB-C to 3.5mm adapter, but that's a clunky solution, and it also takes up a USB port. Sure, most people use wireless earbuds and cans today, but it's still helpful to have a wired one around for when those devices run out of juice.

Most laptops today offer Wi-Fi 6 or 6E and Bluetooth 5.0 or later, which should mean faster and more stable connections if you have compatible routers and devices. While Wi-Fi 7 routers have started appearing, that spec hasn't made its way into laptops yet. As for cellular coverage, there are notebooks like the Surface Pro 9 and Samsung Galaxy Book models that offer integrated 5G. But from our testing, that feature may not be worth the cost of a separate data plan. Instead, you could tether to your smartphone or invest in a wireless hotspot that can keep multiple devices online.

A laptop's battery life depends on several factors: The power draw from the screen and other hardware, the optimizations used to avoid unnecessary power drain, and, of course, the size of the actual battery. One of our previous favorite systems, the Dell XPS 13, lasted 13 hours and 15 minutes in the PCMark 10 battery benchmark. In real-world testing, I was able to use it for a day and a half without needing a recharge. The MacBook Air 13-inch, meanwhile, more than 18 hours in our benchmark and kept running for more than two work days of my typical workflow. In general, you should expect a modern laptop to last at least eight hours.

If battery life is your absolute priority, I'd strongly suggest looking at Macs over Windows PCs. Apple's M-series chips are essentially mobile hardware, with all of the power efficiency you'd expect from something originally designed for phones. Qualcomm’s upcoming Snapdragon chips could help Windows PCs compete with Apple’s astonishing battery life, but we’ve yet to see those in action. Chromebooks also typically get decent battery life (as long as you don’t overstuff them with power-draining tabs).

A laptop's refresh rate refers to the amount of times its screen is cycled every second. Modern displays like IPS LCDs and OLEDs support 60Hz refresh rates at a minimum, but we're seeing more devices offering 120Hz, 240Hz and beyond. The higher the number, the faster the screen is refreshed, which ultimately leads to a smoother experience while mousing around or scrolling through web pages. (If you want to get a sense of what a slow refresh rate looks like, just grab an e-reader like the Kindle and try to flip between book pages.)

While high refresh rates used to be reserved for gaming laptops, nowadays we're seeing more mainstream machines like the Dell 14 Premium offer 120Hz (or variable rates that move between 60Hz and 120Hz).

If you’re buying a new laptop, you’ll want to make sure it’s powered by the latest CPUs so you’re not short on processing power a year from now. For Windows PCs, that includes Intel’s Core Ultra chips for thin-and-light machines or the 14th-gen HX chips for beefier systems. The Core Ultra series have NPUs for handling AI tasks, while the HX hardware does not – they’re based on Intel’s previous chip architecture, and they’re more focused on delivering raw horsepower. Intel's older 13th-gen and 12th-gen laptop chips also don't have NPUs, so keep that in mind if you're looking at used systems.

You'll also see AMD's Ryzen 8000 and 9000 chips in plenty of new systems like the ASUS Zephyrus G14 and Razer Blade 14. Those CPUs mainly target gaming laptops and high performance systems, while you'll still find AMD’s older Ryzen 7000 chips in ultraportables. AMD's main advantage is that its chips also include Radeon graphics, which are far more capable than Intel's Arc hardware (though those are getting better).

Qualcomm’s new Snapdragon X Elite and X Plus are also an option in Copilot+ PCs (more on those below). Since they’re based on mobile chip designs, they’re likely also more power efficient than AMD and Intel’s hardware. In the past, we’ve avoided recommending Snapdragon chips because they led to a slow and frustrating Windows experience. But Microsoft claims it’s rebuilt Windows 11 around Snapdragon’s Arm-based architecture, which should lead to far faster performance and better app compatibility.

As for Apple's laptops, you'll be choosing between the M4 Pro, M4 Max and M5, each of which is progressively more powerful.

On the graphics side of things, a GPU, or graphics processing unit, is the component that communicates directly with a laptop's display. Laptop CPUs all have some form of integrated GPU: Intel has either its standard graphics or beefier Arc hardware, while AMD's chips include fast Radeon mobile graphics. If you want to play demanding games at high speeds (measured in frames per second, or fps), or if you need some extra power for rendering video or 3D models, you can configure a laptop with a dedicated GPU like NVIDIA's RTX 40-series hardware or AMD's Radeon RX 7000. Just be sure to leave room in your budget if you want a powerful GPU, as they typically add $300 or more to the cost of a laptop.

Apple's M-series chips, meanwhile, have GPU cores that can perform as well as NVIDIA’s and AMD's lower-end dedicated GPUs. That's quite the accomplishment for systems like this (especially the MacBook Air and 14-inch MacBook Pro), and it's another reason we highly recommend Apple's notebooks.

Simply put, an AI PC is a computer equipped with a neural processing unit (NPU), which is designed to handle AI-related tasks. Much like how GPUs tackle heavy-duty gaming and rendering workloads, NPUs are designed to handle the complex math necessary for AI workloads. They’re also far more power efficient than CPUs or GPUs, which could lead to better battery performance in laptops. While many factors go into NPU performance, for the most part we measure their potential speed by TOPS (tera operations per second).

We were primed for AI PCs based on the chips Intel and AMD announced in 2023. Intel unveiled its "Core Ultra" CPUs in December, its first to include an NPU for AI work. AMD also announced its Ryzen 8040 AI mobile chips that month (and it couldn't help but say they were faster than Intel's new hardware). But in May, Microsoft announced its Copilot+ initiative, which is pushing major PC makers to deliver premium AI PCs with specifications including 16GB of RAM, 256GB SSDs and NPUs with at least 40 TOPS of AI performance.

Copilot+ is more than just a marketing term: Microsoft is also launching AI-powered features in Windows 11 that take advantage of powerful NPUs. That includes Recall, which can help you locate anything you’ve done on your PC (whenever it finally launches), as well as Cocreator in Paint, which can generate AI images based on text prompts and doodles.

If you buy an AI PC that isn’t Copilot+ certified, you’ll still be able to use some features like Windows Studio Effects, which can blur your background in video calls or keep you in frame. Developers like Adobe and Audacity are also building features into their apps that can take advantage of NPUs.

At the time of this post, Chromebook Plus notebooks can also access a few of Google’s online AI features, like image generation and photo processing.

The ThinkPad X9-14 Aura Edition is a great spiritual successor to the ThinkPad X1 Carbon, offering the best that business laptops have to offer. That includes long battery life packed into a thin and light chassis. This is an optimal ultraportable business laptop.

While the price might give you some pause, we tested the lowest configuration, and found that the X9-14’s performance is excellent for casual business users. The only issue with quality is that the keyboard is lacking. It’s mushier than we’d like, which could get a bit tiresome throughout the day. You’ll still miss out on a USB Type-A port, so you may need to carry a Type-C hub with you.

Where the ThinkPad X9-14 will win you over is its bold OLED screen. Combo that with its well-rounded audio, and the ThinkPad X9-14 makes for an excellent multimedia device in and out of the workplace.

Aside from its lovely OLED screen, the ASUS Zenbook 14 OLED doesn't stand out from the crowded laptop field in any way. It just looks dull and boring, especially compared to the strikingly beautiful ASUS Zephyrus G14, which also came out this year. While you can probably find the Zenbook 14 for a decent price, I'd recommend holding out for something with a bit more personality (and with a less wobbly screen hinge).

The Razer Blade has almost everything you'd want in a 14-inch gaming notebook, but it's far pricier than the Zephyrus G14 on this list, and it doesn’t even have an SD card reader. It would be a solid competitor once its price falls a bit, and it's certainly a great option if you just have to have a jet-black laptop.

Framework gave its modularity magic to the Laptop 16, delivering a gaming notebook where almost every single component is user replaceable. But you'll have to pay a pretty penny to snag it with upgraded hardware, and its optional Radeon 7700S GPU was surprisingly slow.

The Alienware m16 r2 has been revamped with a slimmer case, but it’s otherwise a fairly typical gaming laptop. It’s a solid option for Alienware fans, but you’ll find better hardware and deals elsewhere.

The Zenbook Duo is a fascinating dual-screened notebook, and according to my colleague Sam Rutherford it’s the first of its kind that’s worth buying. But its unique hardware isn’t really meant for mainstream consumers, and Windows 11 still doesn’t support multi-screen setups well enough to make full use of the Zenbook Duo’s ample canvas.

Dell’s XPS 16 is big and beautiful, but it’s far too expensive compared to the competition. Plus, it uses a capacitive row of function keys that you basically can’t see under bright light and has too few ports for a machine of this size.

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It’s hard to come up with an average battery life for laptops, since that will ultimately depend on what you’re doing with them. An ultraportable like the MacBook Air that sips power can last around 20 hours in our battery benchmark, and around two full work days of real-world usage. But a gaming laptop may last only a few hours if you’re actively playing something while on battery. At this point, Macs are delivering far better battery life than PCs, thanks to Apple’s Silicon chips, but Microsoft claims Copilot+ systems with Qualcomm chips will also get over 20 hours of batter life.

The more RAM you have, the more things your computer can do simultaneously. For that reason, we recommend buying PCs and Macs with at least 16GB of RAM. That gives you enough memory to have several applications open at once, as well as web browsers filled with RAM-hogging tabs. Many PC games also require at least 16GB of RAM. While you could use a system with 8GB of RAM for basic tasks, you’ll quickly run into slowdowns and error messages as your apps stack up. Many laptops, especially ultraportables, don’t let you upgrade RAM, too – so you’ll have to buy an entirely new computer if you didn’t equip enough memory at the start.

If you’re a hardcore gamer, programmer or planning to render videos or 3D models, then you may want to go for 32GB of RAM or more. And if you just need a secondary laptop for lighter work – perhaps a no-frills system for writing – then you can probably get by with 8GB. Just be sure to keep those browser tabs in check.

There is no one-size-fits-all solution when it comes to laptop storage. You’ll typically find configurations between 256GB and 1TB SSDs (solid state drives) on most laptops, and I’d recommend most people get at least 512GB. That’ll be enough space for large apps, music and video files without stressing your system too much. If you’re a media hoarder, or want to play a ton of games, then it’s definitely worth getting a 1TB SSD.

If you’ll mainly be streaming your shows and music, and would rather invest in RAM or other hardware, then 256GB of storage would be serviceable. I’d recommend staying away from any machine with 128GB of storage though. Most of that will be taken up by the operating system, and you’ll likely run into issues cramming in large apps after a few months.

We recommend springing for extra built-in storage or investing in a portable SSD for backing up your most important files. It's also worth noting that Chromebooks tend to come with less built-in storage — 32GB, 64GB or 128GB — since ChromeOS encourages users to save their files in the cloud rather than on the device. In that case, 128GB is plenty.

You can expect to spend between $1,000 and $1,800 for a typical 13-inch laptop today. As I explained above, you'll pay more if you want to stuff in more RAM or better GPU hardware. But you can also find deals below $1,000 if you look for refurbished or older-generation models.

Simply put, macOS is the operating system in all of Apple's notebooks and desktops, while Windows powers the vast majority of PCs. You'll also find Chromebooks running Google's ChromeOS, but those are basically just web browsers running on top of Linux.

Debating the differences between Windows and Macs is something PC nerds have been doing since the '80s, so we won't be declaring a winner here. There are some small, negligible distinctions, like using a Command versus a Control key, how file explorers work and concerns about viruses and security. For the most part, those are minor issues or have become moot thanks to better built-in security.

But if you care more about playing the newest games, you'll want to have a Windows system. If you're more focused on creative apps, like Photoshop, Premiere and Final Cut Pro, then macOS may be a better fit (especially if you're running an iPhone).

There is no single "best" laptop brand, but judging from this guide alone, we're generally impressed by notebooks from Apple, Dell and ASUS. They all offer fast, reliable and sturdy machines. HP also makes some eye-catching devices if you want an option that’s the most aesthetic. Those four brands, along with Lenovo and Acer, dominate laptop sales worldwide. We'd avoid systems from any retail store brands, or companies that don't have a major presence in the US.

October 2025: Updated to add the latest MacBook Pro.

September 2025: Added a new "specs to look for" section.

August 2025: Updated our top picks to include the Dell 14 Premium.

May 2025: Updated to ensure top picks and details are still accurate.

March 2025: Updated to include the M4-powered MacBook Air.

November 2024: Updated to include the M4-powered MacBook Pros.

August 2024: Updated to include the Lenovo ThinkPad X1 Carbon Gen 12.

This article originally appeared on Engadget at https://www.engadget.com/computing/laptops/best-laptops-120008636.html?src=rss

Hype Can’t Hide Clawdbot’s Bugs, Costs, or Thin Real-World Uses

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Hype Can’t Hide Clawdbot’s Bugs, Costs, or Thin Real-World Uses

What happens when a hyped-up AI integration turns out to be more smoke than substance? Nick Saraev walks through how Clawdbot, a Telegram-based automation platform powered by the Claude Opus 4.5 model, has fallen short of its grand promises. Despite being marketed as a innovative productivity enhancer, Clawdbot has sparked frustration among users for its […]

The post Hype Can’t Hide Clawdbot’s Bugs, Costs, or Thin Real-World Uses appeared first on Geeky Gadgets.

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The AirTag 2 is Here – See What’s New and Improved!

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The AirTag 2 is Here – See What’s New and Improved!

Apple has officially launched the AirTag 2, the successor to its widely popular item-tracking device. While the external design remains consistent with the original, the new model introduces several internal upgrades aimed at improving functionality and user satisfaction. If you’re considering whether the AirTag 2 is worth your investment, here’s an in-depth exploration video from […]

The post The AirTag 2 is Here – See What’s New and Improved! appeared first on Geeky Gadgets.

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iOS 26.2.1: The Update You Didn’t Know You Needed

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iOS 26.2.1: The Update You Didn’t Know You Needed

Apple has officially rolled out iOS 26.2.1, a minor yet significant update designed to integrate support for the new AirTag 2 and address specific bug fixes. While this release does not introduce major new features, it plays a crucial role in enhancing the overall user experience and making sure compatibility with upcoming updates like iOS […]

The post iOS 26.2.1: The Update You Didn’t Know You Needed appeared first on Geeky Gadgets.

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The Ultimate 8‑in‑1 Desk Organizer Puts Wireless Charging, Speakers, and Lighting on One Magnetic Wood Base

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Desks have a way of accumulating chaos. Chargers multiply, cables tangle, and what starts as a clean workspace turns into a collection of mismatched gadgets competing for outlets and attention. MODULO, a new Kickstarter project from Italian design duo Modulo Design Lab, approaches the problem with a different philosophy: one wooden base, magnetic modules, and a single power cable to rule them all.

Built around a CNC-milled wooden platform handcrafted in Italy, MODULO lets you snap together charging modules, Bluetooth speakers, e-paper displays, task lights, and organizers into one unified system. Each of the 8 different modules connects magnetically, drawing power and data through gold-plated connectors rated for 50,000+ cycles. The Modulo app ties everything together, so your phone charger, desk lamp, and notification display all respond to a single interface instead of separate apps and pairing routines.

Designer: Mauro Veccari

Click Here to Buy Now: $144 $180 (20% off). Hurry, only a few left!

I’ve seen plenty of desk organizers that promise to solve cable clutter, and most of them amount to glorified boxes with some velcro straps. MODULO actually rethinks the problem at the power distribution level, which is where the mess starts in the first place. The wooden base acts like a backplane in a computer case, routing electricity and communication to whatever you plug into it. Modules are active devices that wake up the moment they make contact with the base, whether that base lives on your desk, your nightstand, or your kitchen counter. That means swapping a wireless charger for a Bluetooth speaker takes about three seconds, and the app instantly recognizes what you have changed. There is something satisfying about that kind of hot-swap simplicity, especially if your setup needs to shift between work, sleep, and cooking duty without a nest of cables following you around.

The magnetic connection system uses pogo-pin style contacts, similar to what you would find on a smartwatch charging dock but built for higher current and data transfer. Gold plating keeps corrosion at bay, and the 50,000-cycle rating suggests they are serious about longevity. For context, that is roughly 13 years of swapping modules once a day, which is more than most people will ever need but solid insurance against the usual wear that kills magnetic connectors prematurely. The magnets themselves are strong enough to hold modules securely but not so aggressive that you feel like you are prying Lego bricks apart, which matters when you are reconfiguring things on the fly. You can move a base from your desk to your bedside table, drop the speaker and e-paper module on it, and in under a minute you have a smart alarm stack that looks intentional instead of hacked together.

Module selection covers the usual suspects but with some thoughtful touches. The USB-C charger sits vertically and doubles as a cable anchor, so your phone cable does not slither off the surface when you unplug, whether that surface is a desk or a nightstand. The wireless charging pad works with iPhones, recent Samsung flagships, and AirPods, handling up to 15 W for fast charging where supported, which makes sense for bedside charging or a quick top-up in the kitchen while you prep dinner. The Bluetooth speaker module packs enough power for background music or podcasts while you cook or get ready in the morning, so you are not yelling at your phone from across the room. Then there is the e-paper display, which becomes a bedside clock and alarm status screen at night, or a kitchen timer and recipe step indicator when you drag the base over to the counter.

The Light Tower module gives you an adjustable lamp with touch control for brightness and app control for scenes, and that versatility matters in different rooms. On a desk it behaves like a focused task light. Next to the bed you can set it to warm color temperatures and low brightness for late-night reading without frying your circadian rhythm. In the kitchen it can act as an accent light while the e-paper screen counts down the last three minutes on your eggs and the speaker reads out a podcast. Modulo also includes purely physical modules like pen holders and “Pocket Emptier” trays, which make as much sense by the front door for keys and wallets as they do on a workspace. Everything mounts on the same grid, so your catch-all area, your alarm station, and your cooking corner share the same visual language instead of looking like three unrelated tech piles.

Modules auto-pair when they connect to the base, so there is no manual Bluetooth dance or Wi-Fi provisioning every time you move the system. The app gives you a dashboard where you can adjust speaker volume, tweak lighting, choose what the e-paper display shows, and set up automations that match the room. In the bedroom you can schedule a wake-up routine that fades in the Light Tower, starts your favorite playlist at a low volume, and shows the weather and first calendar event on the e-paper screen. In the kitchen you can switch profiles so the same base now runs a cooking layout, with a large countdown timer on the display, a chime on the speaker when the timer hits zero, and maybe a quick glance at notifications while your hands are covered in flour. The point is that the hardware stays the same, while the personality shifts with the context.

Material quality separates MODULO from the usual injection-molded plastic organizers. Each base is milled from solid wood using CNC machines, then hand-finished in Italy. The default option is a light tone, but the first stretch goal at 10,000 euros brings in additional finishes for people who want something darker or richer on a nightstand or console table. The wood is structural, not a thin veneer, which gives the whole thing a furniture-grade heft that feels at home in a bedroom or living room, not only in a home office. Modules use matte-finish polymers for the housings, keeping weight down while maintaining a cohesive look. The contrast between warm wood and minimalist black modules works just as well next to a linen headboard or a marble countertop as it does next to a 34 inch ultrawide.

MODULO is live on Kickstarter now through February 5, 2026, with delivery targeted for July 2026. The Geek Kit starts at $148 during the launch special and includes a colored plastic base plus a light tower and pen holder, which is the budget entry point. The Wood Premium Kit sits at $416 for the launch tier and gets you a handcrafted 3×2 wood base, light tower, Bluetooth speaker, wireless charger, and smart notifier module. There’s also a doubled-up kit at $831 with two bases and a fuller module lineup for people running multi-desk setups or wanting spares. The Custom Edition kit lets you build your own configuration starting at $141 for the base, then adding whichever modules you actually need. Stretch goals include a battery pack add-on for portable use, colored pop modules for a less serious look, and an AI module running a local LLM to keep your thoughts organized, just like your desk!

Click Here to Buy Now: $144 $180 (20% off). Hurry, only a few left!

The post The Ultimate 8‑in‑1 Desk Organizer Puts Wireless Charging, Speakers, and Lighting on One Magnetic Wood Base first appeared on Yanko Design.

V8 powered Genisis x Skorpio off roader is not just a pretty face

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Virtually every newly launched car these days is an electric vehicle, but Genesis is not shying away from the capabilities of a V8 engine fitted inside a vehicle that rides any terrain like a boss. Taking the challenge to Ford, which is building an off-road supercar under wraps, the X Skorpio produces 1,100 horsepower and 850 lb-ft of torque for rugged terrain supremacy. A bold direction for Genesis to take on the likes of 911 Dakar and Huracan Sterrato, perhaps. The luxury vehicle division of Hyundai Motor has experimented in the past with creations like the X-Trail Mountain Rescue and GMR-001 hypercar, but this one is a bold leap forward.

The launch of the howling off-road concept fittingly took place on the dunes of the Rub’ al Khali desert, also known as the Empty Quarter. Home to the famous Dakar rally, the region is known for its extreme landscape spanning thousands of square miles. S suggested by the naming convention, the V8 beast is inspired by the anatomy of a scorpion. The underpinning highlight of the performance car is its lightweight construction from a combination of carbon fiber, fiberglass, and Kevlar.

Designer: Genesis

The visual similarities of the venomous animal include flared wheel arches that resemble pincer claws, armor panels that emulate the rugged exoskeleton, and a roof-mounted intake that seems a bit like a coiled-up tail.  The segmented armor panels serve to expose the internal mechanics for quick repairs and maintenance in challenging conditions where time is of the essence. The purpose-built tubular frame has a full roll cage with four-point harnesses. X Skorpio gets a long travel suspension, securing the 18-inch beadlock rims with the 40-inch off-road tires. The result is a sizeable ground clearance and good approach and departure angles.

Normally, on a vehicle like this one, focusing on power and ruggedness, the interiors take the hit. Not with the X Skorpio, though, which is draped in luxury and modern features. The bucket seats and the dashboard are done in leather and micro-suede for a premium feel. There’s a climate control system and a sliding infotainment screen that slides to the center or front for easy access.

There’s no timeline yet about the production horizons of this concept, but we assume it is going to manifest in some form or another in the near future. With the World Endurance Championship season this year and the Dakar Rally on the horizon, the X Skorpio is going to ride the dunes in the near future.

The post V8 powered Genisis x Skorpio off roader is not just a pretty face first appeared on Yanko Design.

Tesla is killing off its Model S and X cars to make robots

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Tesla will “basically stop the production” of its Model S and X electric vehicles next quarter, CEO Elon Musk has announced at the automaker’s earnings call for the 2025 fiscal year. “It’s time to bring the Model S and X program to a end with an honorable discharge, because we’re really moving into a future that’s based on autonomy,” Musk said. You can still buy the vehicles as long as there are units to be sold, and Tesla promises to support them for as long as people have them. Once they’re gone, though, they’re gone for good, because Tesla is converting their production space in the company’s Fremont factory into a space for the manufacturing of Optimus humanoid robots.

Model S is Tesla’s second vehicle and has been in production since 2012, while the Model X SUV has been in production since 2015. Their shine has faded over the years, however, and the newer Model 3 and Y now make up the bulk of the company’s sales. For the entirety of 2025, for instance, Tesla delivered 1,585,279 Model 3 and Y vehicles but only sold 418,227 Model S and X units. The company also had to stop selling Model S and X in China in mid-2025, because they were being imported from the US and were subject to China’s tariffs that were put in place in response to US President Donald Trump’s tariffs on imported goods.

In the call, Musk said that Tesla’s long-term goal is to be able to manufacture 1 million Optimus robots in the current Model S and X production space. At the World Economic Forum in Davos, Switzerland a few days ago, the CEO announced that Tesla will start selling Optimus to the public by the end of next year. Musk has big plans for Optimus and once said that it’s bound to become the “biggest product of all time,” bigger than cellphones, “bigger than anything.” But the humanoid robot has been failing to live up to the hype during demonstrations, and Musk is known for his overly optimistic timelines.

The company’s earnings report has also revealed that Tesla invested $2 billion in Musk’s other company, xAI. Tesla’s shareholders notably sued Musk in 2024 for starting xAI, which they argued is a direct competition to the automaker. The CEO has been claiming for years, after all, that Tesla is an AI company and not just an EV-maker. Still, Tesla’s shareholders approved Musk’s $1 trillion pay package in late 2025 on the condition that the company reaches a market value of $8.5 trillion.

This article originally appeared on Engadget at https://www.engadget.com/transportation/evs/tesla-is-killing-off-its-model-s-and-x-cars-to-make-robots-010621101.html?src=rss

This 3D-Printed Roof Is Saving 2,000-Year-Old Roman Tombs

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There’s something beautiful about watching cutting-edge technology come to the rescue of ancient artifacts. At the Archaeological Complex of Carmona in Spain, architects Juan Carlos Gómez de Cózar and Manuel Ordóñez Martín have created a stunning example of this intersection by designing a 3D-printed canopy that protects Roman tombs while barely making its presence known.

The project tackles a challenge that archaeologists face worldwide: how do you preserve delicate historical sites without turning them into enclosed museum pieces? These Roman tombs have survived centuries, but exposure to the elements continues to threaten their integrity. The solution needed to be protective yet unobtrusive, functional yet respectful of the site’s historical significance.

Designers: Juan Carlos Gómez de Cózar and Manuel Ordóñez Martín (photography by Jesús Granada)

What makes this canopy special isn’t just that it uses 3D printing technology, though that’s certainly impressive. It’s the way the designers thought about the entire system. Rather than simply throwing a roof over the tombs and calling it a day, they created what’s essentially a climate-control system disguised as architecture.

The canopy features a double-layer envelope that does way more than keep rain off ancient stone. Built into this roof are ventilation and air extraction components that actively regulate temperature and humidity. Think of it like a thermostat for history, maintaining the stable conditions these tombs need to survive another few centuries. The system works passively, meaning it doesn’t require constant energy input to function, which is both environmentally smart and practical for a site that needs long-term, low-maintenance protection.

From a design perspective, the structure manages to be both present and invisible. The architects minimized the number of supports needed, creating an open, continuous space above the tombs rather than a forest of columns that would obstruct views and interrupt the spatial experience of the site. When you’re standing there, you get shelter and the tombs get protection, but the visual focus remains on the archaeology, not the modern intervention.

The use of 3D printing technology opens up possibilities that traditional construction methods can’t match. The canopy’s components could be fabricated with complex geometries optimized for both structural efficiency and environmental performance. This level of customization would be prohibitively expensive or simply impossible using conventional building techniques. Plus, the printing process allows for precision and repeatability, ensuring each element fits together exactly as designed.

Another thoughtful touch is that the entire system is reversible. This might not sound exciting, but it’s actually a big deal in heritage conservation. The principle of reversibility means that if better technology comes along, or if the site’s needs change, this intervention can be removed without damaging the original tombs. It’s a humble approach to design, acknowledging that today’s cutting-edge solution might be tomorrow’s outdated method.

This project sits at a fascinating crossroads of disciplines. It required archaeological expertise to understand the site’s needs, architectural skill to design an elegant solution, engineering knowledge to make it structurally sound, and technological savvy to leverage 3D printing capabilities. The fact that two PhD architects pulled this together speaks to the increasingly interdisciplinary nature of modern design work.

For anyone interested in how technology shapes our relationship with the past, this canopy offers a compelling case study. It proves that preservation doesn’t have to mean freezing things in time or hiding them away. Instead, smart design can create conditions where ancient sites remain accessible and experiential while getting the protection they need.

As 3D printing technology becomes more accessible and sophisticated, we’ll likely see more projects like this one. The ability to create custom, site-specific solutions for complex problems is exactly what heritage sites need. These tombs in Carmona are getting a second chance at longevity, wrapped in a protective embrace that honors both their ancient origins and our modern capabilities.

The post This 3D-Printed Roof Is Saving 2,000-Year-Old Roman Tombs first appeared on Yanko Design.

Halide co-founder joins Apple’s design team

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Apple picked up an intriguing new member for its design team today in Sebastiaan de With, co-founder of the iPhone camera app Halide. He announced the move today on Threads, adding, "So excited to work with the very best team in the world on my favorite products."

The Halide app has caught our eye at Engadget at several points over the years. de With also is co-founder of Lux, which is Halide's parent company. The other Lux apps also have an emphasis on photography and videography, particularly on Apple devices. Prior to Halide, de With had done other work at Apple, collaborating on properties including iCloud, MobileMe and Find My apps. It's unclear if his exit will mean any notable changes for Halide, or for the Lux apps Kino, Spectre and Orion.

For a long time, Apple's design philosophy was personified by Jony Ive, who left the company in 2022. Since his departure, no single person has emerged as the face and voice of Apple's attitude toward design, which could be why recent moves such as Liquid Glass have been met with deeply divided reactions.

This article originally appeared on Engadget at https://www.engadget.com/big-tech/halide-co-founder-joins-apples-design-team-235023416.html?src=rss

This Mindful Seating Platform Turns Sitting Into a Ritual of Stillness and Connection

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In contemporary interiors shaped by speed, productivity, and constant stimulation, seating has largely become passive. It is designed to hold the body while the mind drifts elsewhere. OSOLO challenges this condition. It is not a chair in the conventional sense, but a mindful seating platform, a ritual object that reconsiders how we sit, gather, and occupy space.

OSOLO emerges at the meeting point of two ancient cultures: Japanese stillness and Turkish hospitality. Though geographically distant, these traditions share a deep respect for simplicity, spatial awareness, and human connection. OSOLO translates these values into a contemporary design language, offering an alternative to chair-based living rooted in awareness rather than acceleration.

Designer: Gökçe Nafak

At the heart of OSOLO is the Japanese understanding of space. In Japanese spatial philosophy, emptiness is not absence. It is present. It allows rooms to breathe, objects to soften, and the mind to quiet. OSOLO reflects this belief through its low-profile form and restrained geometry. It does not dominate the room or impose visual hierarchy. Instead, it steps back, allowing architecture, light, and human presence to come forward.

This deliberate restraint transforms OSOLO into an object that reveals space rather than fills it. Its presence heightens spatial awareness, encouraging users to slow down and engage more consciously with their environment.

Inspired by the Turkish sedir tradition, OSOLO is inherently communal. Unlike single occupancy seating, it invites people to sit side by side, fostering shared presence rather than isolated comfort. In Turkish culture, seating is a social ritual. Stories are exchanged, time is stretched, and hospitality unfolds without urgency. OSOLO carries this spirit forward, existing not as an isolated object but as a platform for connection.

Hidden storage beneath the seating surface reinterprets the traditional cultural chest, integrating functionality without visual disruption. This discreet feature preserves the purity of the form while acknowledging everyday needs, allowing utility to exist quietly within stillness.

OSOLO is designed specifically for cross-legged, floor-adjoining sitting, offering an alternative to chair postures that often promote spinal compression and passive leaning. The platform supports the body’s natural intelligence by encouraging an aligned spine, open hips, and active posture.

By enabling balanced pelvic alignment, OSOLO reduces lumbar collapse and allows the torso to carry its own weight. The opening of the hip joints enhances mobility and helps release tension in the lower back, benefits often lost in conventional seating.

The platform’s elevation of approximately 20 to 25 centimeters from the floor is carefully calibrated to minimize pressure on the knee joints while maintaining the circulatory advantages associated with floor-level sitting. This height also isolates the body from direct contact with hard flooring, striking a balance between grounding and comfort.

Comfort is achieved through a dual-density foam system engineered for short to mid-duration activities such as meditation, reading, or creative practice. A high-density base layer ensures structural stability and pelvic support, while a softer upper layer distributes weight evenly to reduce localized pressure points. The result is a surface that remains supportive without collapsing, encouraging posture awareness rather than passive relaxation.

Upholstery surfaces are finished in breathable, high-friction textiles that prevent slippage during dynamic sitting positions. Removable covers allow for easy maintenance and long-term use, with materials selected to meet contract-grade durability standards suitable for both residential and semi-public environments.

The optional back support follows a soft contact principle. Rather than functioning as a rigid backrest, it provides gentle lumbar feedback during reading or meditation, supporting posture without encouraging full recline or slouching.

Available in four carefully curated colorways, OSOLO integrates seamlessly into a range of interior contexts while maintaining its minimalist identity. It is not designed to command attention, but to hold space. OSOLO invites a different relationship with furniture, one rooted in presence rather than performance.

 

The post This Mindful Seating Platform Turns Sitting Into a Ritual of Stillness and Connection first appeared on Yanko Design.