ASUS Zenbook A16 (UX3607OA ) Review: Big screen, Surprisingly Light

PROS:


  • Exceptionally light for a 16-inch laptop

  • Beautiful 3K OLED display

  • Great battery life

  • Strong everyday performance

CONS:


  • Touchpad clicks feel firm

  • Only one color option

RATINGS:

AESTHETICS
ERGONOMICS
PERFORMANCE
SUSTAINABILITY / REPAIRABILITY
VALUE FOR MONEY

EDITOR'S QUOTE:

The ASUS Zenbook A16 gets something surprisingly right. It makes a 16-inch laptop feel light, easy, and genuinely pleasant to carry, without losing the kind of performance most people actually need.

Big laptops usually ask for a compromise. You get the roomy screen, but you also get the extra weight, the larger footprint, and the feeling that you are carrying a little too much machine around every day. The ASUS Zenbook A16 UX3607 takes a different route, giving you a 16-inch canvas in a body that is startlingly light for the size, at around 1.3 kg, or 1.2 kg depending on the version.

What makes it stand out even more is that ASUS pairs that light build with Qualcomm’s Snapdragon X2 Elite platform, which still feels relatively rare. The result is a slim, polished laptop that makes a larger display feel easy, casual, and genuinely portable, while still delivering strong everyday performance. With a 16-inch 3K 120 Hz OLED panel and Snapdragon X2 Elite hardware in the latest refresh, it is clearly built for people who want comfort, battery life, and speed in one very travel-friendly package.

Designer: ASUS

I spent about a month with the laptop, including three international trips. That gave me a good sense of how it felt not just at a desk, but in transit, in hotel rooms, and in the kind of everyday situations where a large laptop usually starts to feel less convenient. Over that time, the Zenbook A16 made a strong case for itself as a big-screen machine that does not ask you to live around it.

Aesthetics

The Zenbook A16 has a clean, minimal design, but it does not feel cold. That is an important distinction because a lot of slim laptops, especially larger ones, can come across as a little sterile. This one feels softer and more inviting, with a look that is polished without being severe.

A lot of that comes down to ASUS’ patented Ceraluminum finish. ASUS gives the chassis a surface that feels less harsh than typical metal, which helps the laptop look warmer and more tactile in person. It still feels premium, but in a more relaxed and approachable way.

The details are subtle, but they give the laptop some character. A silver ASUS Zenbook logo sits centered on the lid, adding just enough contrast without disturbing the clean look. Open it up, and the full-sized backlit keyboard in a darker greige finish brings a bit of depth to the interior, while the stylized “A” above the right side of the keyboard adds a small touch of personality.

The color helps too. The review unit I received came in Zabriskie Beige, which was the only color option for this variant. It suits the Zenbook A16 especially well, giving it a softer and more distinctive look than the usual sea of silver laptops.

Ergonomics

What I liked most about the Zenbook A16 was how easy it was to live with. On paper, the dimensions and weight are impressive for a 16-inch laptop at 35.35 × 24.24 × 1.65 cm and around 1.3 kg (2.87lbs), but what stayed with me more was the overall feel of using it. It never felt awkward or demanding, which is not something I can say about every large laptop.

The lid is a good example of that. I could open it easily with one hand, and the hinge felt smooth and well-balanced. It is a small thing, but details like that shape your impression of a laptop very quickly. In this case, it made the Zenbook A16 feel immediately more comfortable and better resolved.

I also really liked the texture of the chassis. The Ceraluminum finish has a smooth, pebble-like texture that feels warm and pleasant under the hands. It helps the Zenbook A16 stand apart from the colder, more clinical feel that metal laptops often have. That tactile quality gives the laptop a more relaxed and welcoming character in everyday use.

The keyboard was another highlight for me. The keys are very comfortable to type on, and that became more obvious the longer I used it. Whether I was writing, replying to emails, or working through longer stretches of text, it felt like a laptop that stayed out of the way in the best sense.

The touchpad is generously sized, which suits the scale of the laptop, but I did find that it needed a bit more force than I expected to click. It was not a major issue, and I got used to it, but it did stand out at first. On a laptop that otherwise feels so easy and light in use, that slightly firmer click felt a little less effortless than the rest of the experience.

This reads well already. If you want, I can do one very light polish pass to make it sound a touch more natural and less repetitive without changing your meaning. For example, I would probably trim phrases like “what stayed with me more” and “made a difference” just to make the rhythm feel a little cleaner.

Performance

The review unit I received is the ASUS Zenbook A16 UX3607 with Qualcomm’s Snapdragon X2 Elite processor, paired with 48GB of RAM and 1TB of storage. That is a fairly premium configuration, and in everyday use, it felt quick, quiet, and consistently easy to rely on. It handled the usual multitasking of writing, research, email, an unruly number of browser tabs, streaming music, watching video, and light photo and video editing without ever feeling like it was running out of breath.

The Zenbook A16 (2026) runs Windows 11 and is part of the Copilot+ PC category. That places it firmly in Microsoft’s new AI PC push, though in daily use, the more noticeable benefit is still the machine’s general speed and efficiency. It feels modern and responsive in a very straightforward way, without constantly calling attention to the AI angle.

Although compatibility has clearly improved from Snapdragon X1 to X2, I still think it is something some buyers will worry about. Snapdragon X2 Elite gives the laptop much of its efficiency and responsiveness, but it also means this is still an ARM-based Windows machine. For general use, that was not a problem for me, but if your workflow depends on niche programs or you are into gaming, it is still worth checking that everything you need works properly before buying.

The display is one of the best parts of the Zenbook A16. The unit I tested comes with the touch-screen version of the 16-inch 3K OLED panel, and it gives the laptop a richness that you notice right away, whether you are working, streaming, or simply scrolling through photos. The 120 Hz refresh rate gives everything a welcome smoothness, while 500 nits of typical brightness, up to 1100 nits in HDR, 100% DCI-P3 coverage, and a 1,000,000:1 contrast ratio help the screen look vivid, punchy, and properly premium.

Audio is another pleasant surprise. The six-speaker array sounds full and clear, and Dolby Atmos support helps give movies, music, and even casual video watching a little more scale and dimension. I also liked that MyASUS lets you switch between sound modes like Dynamic, Game, Movie, Music, and Voice, or create up to three custom Dolby Atmos equalizer settings, which makes it easier to tune the sound to whatever you are doing.

Battery life was also a strong point for me. I kept the laptop in balanced mode, and it easily lasted a full workday with eight hours or more of continuous use, which made it easy to trust when I was out and about. The included 130W charger is fast and still easy enough to carry, so the overall setup remained travel-friendly.

I also appreciated the port selection. ASUS includes two USB4 ports, a USB-A port, HDMI, a headphone jack, and an SD card slot, which makes the Zenbook A16 feel practical in a way many thin premium laptops no longer do. The SD card slot in particular is one of those small features that ends up being genuinely useful more often than you expect.

Sustainability

Sustainability is not the first thing the Zenbook A16 draws attention to, but it is part of the story. ASUS says its Ceraluminum material is made using pure water and electricity, without added organic compounds, strong acids, or heavy metals. That gives the finish a bit more substance than a purely cosmetic talking point.

There is also a more practical side to this. Battery replacements are doable, which is a plus, but the storage is not removable or serviceable. That makes the Zenbook A16 a somewhat mixed story on sustainability, with thoughtful material choices but limited repairability.

Value

The touch-screen version I tested is the Best Buy model, priced at $1,699.99. That puts the Zenbook A16 firmly in premium laptop territory, so it is not a machine that gets by on novelty alone. At this price, it needs to justify itself through the full experience, not just one or two standout specs.

I think it mostly does. You are getting a very light 16-inch laptop with a beautiful OLED display, strong battery life, a high-spec configuration, and a design that feels thoughtful in both look and feel. Still, $1,700 is enough money that buyers are right to think carefully about software compatibility and long-term flexibility before deciding it is the right fit.

Verdict

The Zenbook A16 ended up winning me over in a quiet way. It is not the kind of laptop that shouts for attention, but the longer I used it, the more I appreciated how thoughtfully it fits into everyday life. The light weight, the large and beautiful display, the warm feel of the Ceraluminum finish, and the overall ease of using it all added up to something that felt genuinely enjoyable.

What stayed with me most was how little friction there was to living with it. I liked being able to carry a 16-inch laptop without feeling weighed down, and I liked that it still felt polished and comfortable once I opened it up and got to work. The comfortable keyboard, strong battery life, good speakers, and practical port selection all helped make it feel like a machine designed by people who had actually thought about daily use.

It is not perfect, and I would still tell buyers to think carefully about software compatibility if they rely on niche programs or want a laptop for gaming. The firmer touchpad click also stood out on a machine that otherwise feels so easygoing. Even so, I came away with a lot of affection for the Zenbook A16, because it manages to feel both special and easy at the same time.

At $1,700, it is a serious purchase. But for someone who wants a premium laptop with a big OLED screen, long battery life, and a design that feels lighter and warmer than most, I think the Zenbook A16 makes a strong case for itself. It is one of those laptops that feels nicer the longer you live with it, and that may be its best quality.

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New Aboard T4 self-propelled electric travel trailer is built for extended off-grid living

Off-grid travel is not only a buzzword lately. It’s become a way of life. Perpetuated largely by tiny houses on wheels and RVs. Amid the latter, travel trailers have an edge. They live separately from their towing vehicle and tout independent proficiency. Thus, the new form factor of trailers is smarter and more capable than ever before. Such is the case with the recently launched T4 trailer developed by California-based Aboard RV. It is an off-grid rig with an appealing aerodynamic design and a size that neatly places it between a van home and a large motorhome.

The Aboard T4 electric trailer is anything but a traditional trailer. It features more glass in construction than others would dare to go with and combines automotive engineering with a hybrid electric drivetrain to leave us with a capable RV that none of us would want to miss a chance to get on board.

Designer: Aboard RV

Besides its aerodynamic form factor, the T4 is designed for off-grid adventures. It sits on a reinforced integrated chassis and has a built-in Extended-Range Electric Vehicle (EREV) powertrain. The powered axle system allows enough energy to steer the rig while climbing without creating additional load on the towing vehicle. This is because it is engineered as a fully integrated vehicle, allowing it to self-propel, straining the tow vehicle less to increase range and reduce drag.

The trailer is designed to be about 24 feet long, and it tips the scales at 6,500 lbs. Interestingly, the T4’s hybrid platform has more than 200kWh of onboard power. It features a 41 kWh LFP battery and a 60 kW range-extending generator. Together, extending the off-grid living capability of the trailer for more than a long weekend. The generator can recharge in under 30 minutes, substantially enough to keep your devices and equipment powered during time off the grid. The trailer can, if needed, power the electric tow vehicle as well.

The Aboard T4 electric travel trailer has a metal-paneled body and features car-like secure doors that ensure improved durability, while providing weather protection. The smoothly glazed exterior of this trailer seems completely fashioned with glass, but it’s when you enter that you realize the panoramic windows span only 270 degrees. It may not be as much as you believe it is from the outside, but windows are still enough to fill the interiors with natural light and surrounding views.

The interior space is centered around the kitchen and bathroom of the trailer, with two convertible lounges – on either side – transforming into bedrooms by night. The bathroom doubles as a mudroom accessible through two separate entries. The kitchen is equipped with an induction cooktop, refrigerator, microwave, and a lot of storage. Interestingly, the trailer is equipped with a 52-gallon fresh water tank and a 35-gallon grey water tank. Also, with a 30-gallon black water tank onboard, the trailer is fully prepared for off-grid stays. Designed to accommodate four people easily, the Aboard T4 travel trailer will be available starting at $80,000. There is no definite release date in sight, but the trailer can be reserved now for a fully refundable deposit of $100.

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Apple’s iPhone Air 2 Leak Claims to Fix Everything

Apple’s iPhone Air 2 Leak Claims to Fix Everything Side profile showing the ultra-thin 5.6 mm design of the iPhone Air 2.

Apple is preparing to unveil the highly anticipated iPhone Air 2, a device that could redefine the ultra-thin smartphone category. Expected to launch in early 2027 alongside the iPhone 18 series, the iPhone Air 2 is designed to address the limitations of its predecessor while introducing a suite of advanced features. With improvements in battery […]

The post Apple’s iPhone Air 2 Leak Claims to Fix Everything appeared first on Geeky Gadgets.

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Sealed in 10 Seconds: LifePods Changes Disaster Survival

The year was 2011. A tsunami slammed into the Japanese coastline, killed more than 20,000 people, and set off the Fukushima nuclear disaster. For most of us, it became a chapter in the news cycle. For French industrial engineer Cédric Choffat, it became an obsession that eventually became a company.

That company is Momentum Technologies, and what they’ve built is called LifePods: a line of portable survival capsules designed for the precise, terrible moment when the infrastructure around you stops working. Not “might stop working someday.” Right now, while you’re still inside.

Designer: Momentum Technologies

The concept is bluntly simple. You climb in, pull the lever, and the hatch seals in roughly 10 seconds. After that, the pod takes over. No special training required. The entire locking sequence was inspired by vault engineering and professional security hardware, which means if you can close a bank safe, you can operate one of these.

From the outside, a LifePod doesn’t look like panic. It looks like a serious design object, the kind of thing that could sit in a garage or a garden without completely unraveling the aesthetics of the space. But the engineering underneath is built to military standards. The B-01, the land-based version, is constructed from high-strength technical steel with specialized insulation layered through it, built to resist bullets, blast pressure, and fire. The W-01, the flood model, goes further: it’s unsinkable, with a ballast system that flips it upright if it rolls, and it can hold four adults and four children. The kids, as the specs somewhat soberly note, would sit on laps.

Both models carry integrated CO2 scrubbers guaranteeing 72 hours of respiratory autonomy. Optional add-ons include food rations, two weeks’ worth of drinking water, a GPS tracking beacon, and an inflatable emergency raft. The pod is designed not to be your home forever, but to keep you alive and locatable until help arrives. That’s a meaningful distinction. This isn’t a bunker fantasy. It’s a bridge.

I keep thinking about who actually buys this. The obvious answer is preppers, and yes, that market exists and it’s growing. But Momentum Technologies seems to be aiming at something broader: households in flood zones, schools in earthquake regions, industrial facilities in volatile areas. The W-01 was designed for tsunamis, flash floods, dam failures, and marine submersion. The B-01 covers armed attacks, explosions, and fires. Then there’s a third model in development, the Q-01, built for seismic collapse scenarios. Together, they form a kind of taxonomy of modern catastrophe.

LifePods also sidesteps the dread that typically surrounds survival gear. No camouflage, no tacticool aesthetic, no implicit politics of distrust baked into the design language. The capsules look considered. They look engineered. They were shown at VivaTech 2026 and Eurosatory, not at a prepper expo in a convention center parking lot. That placement matters. It signals that the designers want this conversation to be mainstream, not fringe.

And maybe it should be. We’ve watched wildfires consume entire towns in hours. We’ve seen floods arrive faster than evacuation orders could. The argument Momentum Technologies is making, that preparedness should be as accessible and normalized as a smoke detector, is not a paranoid one. It’s arguably just overdue.

The price, around €26,000 for the entry model, does put it out of reach for most individuals. But the company is also targeting governments, schools, and institutions, and there’s a logic there that makes the per-person cost less jarring when you do the math. Four adults and four children in a W-01 changes that number considerably.

Is it strange that a product designed around worst-case scenarios can feel genuinely compelling from a design and engineering standpoint? Maybe. But the appeal of LifePods isn’t rooted in fear. It’s rooted in that specific human impulse to not be helpless when everything outside is falling apart. You step in, pull the lever, and the door closes behind you. Ten seconds, and you’re still here.

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The Best Apple Leak in Years Just Exposed the iPhone 18 Series

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This Pixel 11 Pro Concept Makes the Camera Bump Its Best Feature

The back of a smartphone has historically been the least interesting real estate on the device. A logo, some camera lenses, and a flat slab of glass or metal. Nothing phones started to change that conversation a few years ago by threading LED strips through their transparent backs to indicate calls, charges, and timers with light patterns. The question since then has been whether anyone else would take the idea further.

This concept for the Google Pixel 11 Pro imagines exactly that. Built around the Pixel’s signature horizontal pill-shaped camera module, it proposes two distinct types of back-panel feedback: a full-spectrum RGB light strip running around the entire perimeter of the camera bump, and a small dot-matrix display embedded at its right end that can render icons and text in pixel-art style.

Designer: AndroidLeo

The light strip is the more immediately readable of the two. A continuous loop of addressable LEDs traces the full outline of the pill module, capable of cycling through any color and pattern the software dictates. A missed call could glow one color, a new message another, and a timer nearing its end could pulse differently again, all communicable from across the room without touching the phone.

The dot-matrix panel, which the concept labels the “Pixel Display,” takes things a step further. Rather than a single color conveying a signal type, this small grid of colored LEDs can render simple graphics, caller ID icons, app logos, or even short scrolling text. It’s the difference between a traffic light and a small sign, and for a platform with as much software integration as Google’s, the implications are hard to ignore.

There’s an obvious precedent in Nothing’s Glyph Matrix, which brought a similar dot-matrix concept to Phone (3). That system already lets users assign custom animations to specific contacts and apps, turning the back of the phone into a secondary notification surface. What this Pixel concept adds is the light strip as a companion layer, the two systems working together rather than choosing between ambient mood and readable icon.

The practical case for this kind of design doesn’t require much imagination. Leave your phone face down on a table, and you will lose all notification awareness. Flip it over, and you get the full attention-grabbing brightness of the main display. A customizable light strip and a small icon panel would let the phone communicate at a much lower intensity, at a glance, rather than a full distraction.

The concept renders the phone in both a pale aqua colorway and Parchment white, giving the full-spectrum strip a different quality in each: cool and vivid against the teal, soft and almost art deco against the white. Either way, the camera bump, typically the most criticized part of Pixel’s evolving design language, becomes something that actually earns its presence.

This is, of course, a fan concept rather than a leaked render or confirmed direction. The real Pixel 11 Pro hasn’t arrived yet, and nothing official confirms either the Pixel Display or the RGB strip. But the appetite for this kind of back-panel intelligence is clearly there, and if Nothing can build a devoted following around light strips alone, the version with two complementary systems and Google’s ecosystem behind it would be something worth watching for.

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