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The best gaming laptops for 2025

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Gaming laptops have gone from being ugly bricks to sleek machines that can match the power of desktops. If you’re looking to get crazy high framerates, or if you just want to revel in the glory of real-time ray tracing, you’ll definitely be able to find a gaming laptop that suits your needs. And it’s also easier than ever to connect them to TVs and monitors for big-screen gaming.

One of the biggest advantages of a gaming laptop is its flexibility. You don’t need to worry about bulky setups or being tethered to one spot. Plus, with features like high refresh rate displays, powerful GPUs and cutting-edge processors, these machines are more than capable of handling AAA titles, eSports and even VR gaming. Many gaming laptops now come equipped with RGB-lit keyboards, advanced cooling systems and next-gen SSD storage to keep up with your gaming needs, too. We’ve tested a number of the latest gaming laptops to see which are worth your money.

We were eager to test the Framework Laptop 16 since it promised both modular customizability and a decent amount of gaming power. But while we appreciated just how repairable and upgradeable it is, its actual gaming performance was middling for its high price. You could always buy it without the additional GPU, but that makes it more of a daily workhorse than a gaming system.

On a brighter note, we were pleased to see MSI return to form with the Stealth Studio 14, which is far faster and more attractive than the previous model.

We were amazed to see a genuine 4K/1080p native screen in the Razer Blade 16, but it’s far too expensive and impractical, even for such a pricey brand. Similarly, we found the Razer Blade 18 to be both oversized and overpriced.

Your laptop buying journey starts and ends with the amount of money you're willing to spend. No surprise there. The good news: There are plenty of options for gamers at every budget. In particular, we're seeing some great entry-level PC gaming choices under $1,000, like the Acer Nitro V. Some cheap gaming laptops may feel a bit flimsier than pricier models, and they'll likely skimp on RAM, storage and overall power. But most cheaper laptops should be able to handle the majority of video games running at 1080p at 60 frames per second, which is the bare minimum you'd want from any system.

Things get interesting when you start looking at the best gaming laptops in the mid-range space, with prices around $1,500. At that point, you'll start finding PCs like the ASUS Zephyrus ROG G14, one of our favorite gaming notebooks. In general, you can look forward to far better build quality than budget gaming laptops (metal cases!), improved graphics power and enough RAM and storage space to handle the most demanding games. These are the gaming machines we'd recommend for most people, as they'll keep you gaming and working for years before you need to worry about an upgrade.

If you're willing to spend around $2,000 or more, you can consider more premium options like the Razer Blade, which is on-par with some of the best gaming PCs. Expect impeccably polished cases, the fastest hardware on the market and ridiculously thin designs. The sky's the limit here: Alienware's uber customizable Area 51m is an enormous beast that can cost up to $4,700. Few people need a machine that high-end, but if you're a gamer with extra cash to burn, it may be worth taking a close look at some of these pricier systems.

The answer to this question used to be relatively simple: Just get an Intel chip with an NVIDIA GPU. But over the last few years AMD has stepped up its game with its Ryzen notebook processors, which are better suited for juggling multiple tasks at once (like streaming to Twitch while blasting fools in Fortnite). Intel responded with its recent lineup of 13th-gen and Core Ultra chips, but it’s nice to have decent AMD Ryzen alternatives available, especially since they’re often cheaper than comparable Intel models.

When it comes to video cards, though, AMD is still catching up. Its Radeon RX 7000M GPU has been a fantastic performer, but it lags behind NVIDIA when it comes to newer features like ray tracing. At the very least, a Radeon-powered notebook can approach the general gaming performance of the NVIDIA RTX 4070 GPUs.

If you want to future-proof your purchase, or you’re just eager to see how much better ray tracing can make your games look, you’re probably better off with an NVIDIA graphics card. They’re in far more systems, and it’s clear that they have better optimized ray tracing technology. NVIDIA GeForce RTX GPUs also feature the company’s DLSS technology, which uses AI to upscale games to higher resolutions. That’ll let you play a game like Cyberpunk 2077 in 4K with faster frame rates. That’s useful if you’re trying to take advantage of a high refresh rate monitor.

You’ll still find plenty of laptops with NVIDIA’s older RTX 40-series GPUs these days, and they’ll still give you tremendous performance. But to be safe, it’s probably worth opting for the newer RTX 50-series systems, since they support the newer DLSS 4 technology and offer a wealth of performance upgrades. The entry-level RTX 5060 is a solid start, but we’d suggest going for a 5070 if you’re aiming to maximize your framerates on faster screens. The RTX 5080 and RTX 5090 are both incredibly powerful, but they typically make systems far too expensive for most users.

It’s worth noting that NVIDIA’s mobile graphics cards aren’t directly comparable to its more powerful desktop hardware. PC makers can also tweak voltages to make gaming performance better in a thinner case. Basically, these laptops may not be desktop replacements — don’t be surprised if you see notebooks that perform very differently, even if they’re all equipped with the same GPU.

Screen size is a good place to start when judging gaming notebooks. In general, 14-inch laptops offer the best portability, while 16-inch models are a bit more immersive. And of course, you can go all the way up to an 18-inch screen to maximize your real estate.

There’s also plenty to consider beyond screen size — like refresh rates. Most monitors refresh their screens vertically 60 times per second, or at 60Hz. That's a standard in use since black and white NTSC TVs. But over the past few years, displays have evolved considerably. Now, 120Hz 1080p screens are the bare minimum you'd want in any gaming notebook — and there are faster 144Hz, 240Hz and even 360Hz panels. All of this is in the service of one thing: making everything on your display look as smooth as possible.

For games, higher refresh rates also help eliminate screen tearing and other artifacts that could get in the way of your frag fest. And for everything else, it just leads to a better viewing experience. Even scrolling a web page on a 120Hz or faster monitor is starkly different from a 60Hz screen. Instead of seeing a jittery wall of text and pictures, everything moves seamlessly, as if you're unwinding a glossy paper magazine. Going beyond 120Hz makes gameplay look even more responsive, which to some players gives them a slight advantage.

Not to make things more complicated, but you should also keep an eye out for NVIDIA's G-SYNC and AMD's FreeSync. They're both adaptive sync technologies that can match your screen's refresh rate with the framerate of your game. That also helps to reduce screen tearing and make gameplay smoother. Consider them nice bonuses on top of one of the best gaming monitors with a high refresh rate; they're not necessary, but they can still offer a slight visual improvement.

It’s also worth paying attention to a gaming laptop’s display technology. The cheapest models will have basic LCD screens, but as you step up in price you’ll find brighter and bolder Mini LED and OLED displays. OLED will cost the most, but it offers the best contrast and extremely dark black levels. Mini LED laptops can get brighter and they’re typically cheaper than OLED.

See Also:

  • Get at least 16GB of RAM. If you want to future-proof your system a bit, go for 32GB of RAM (memory is a lot cheaper than it used to be).

  • Storage is still a huge concern. These days, I'd recommend aiming for at least a 1TB M.2 SSD, and ideally a 2TB model if you can swing it. (4TB SSD are also a lot more attainable these days.) Some laptops also have room for standard SATA hard drives, which are far cheaper than M.2s and can hold more data.

  • Try out a system before you buy it. I'd recommend snagging the best gaming laptop for you from a retailer with a simple return policy, like Amazon or Best Buy. If you don't like it, you can always return it.

  • Don't forget about accessories! For the best performance, you'll need a good mouse, keyboard and a headset — these are some of the best gaming accessories for gaming PCs and laptops.

We review gaming laptops with the same amount of rigor as traditional notebooks. We test build quality by checking cases for any undesirable flexible spots, as well as the strength of screen hinges during furious typing and Call of Duty sessions. We benchmark every gaming notebook with PCMark 10, a variety of 3DMark tests, Cinebench and Geekbench. We also use NVIDIA’s Frameview app to measure the average framerates in Cyberpunk 2077, Overwatch 2 and other titles. For media creation, we transcode a 4K movie clip into 1080p using Handbrake’s CPU and GPU encoding options.

Displays are tested under indoor and outdoor lighting with productivity apps, video playback and gameplay. We also try to stress the full refresh rate of every gaming notebook’s screen by benchmarking Halo Infinite, Overwatch 2 and other titles. Laptop speakers are judged by how well they can play back music, movies and the occasional game session with detail and clarity, and without any obvious distortion.

When it comes to battery life, we see how long gaming systems last with a mixture of real-world productivity apps and gameplay, and we also test with PCMark 10’s “Modern office” battery test. In addition, we’re judging the quality of a machine’s keyboard with typing tests as well as relative accuracy and comfort during extended gaming sessions.

This article originally appeared on Engadget at https://www.engadget.com/computing/laptops/best-gaming-laptops-172033838.html?src=rss

Finally, You Can 3D-Print Real Silicone Molds and Gaskets on Your Prusa 3D Printer

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Anyone who’s worked with flexible 3D printing filaments knows their limitations; TPU and TPE only go so far, and nothing on the desktop market has matched the heat resistance and elasticity of real silicone. We’ve been stuck making parts that feel rubbery but fail the moment they get too warm or need to seal properly. That’s all changed with the arrival of Prusa’s new XL printhead, developed in collaboration with Filament2. This toolhead uses a pioneering dual-filament system to produce actual, industrial-grade silicone prints, a feat that moves desktop printing into a whole new category of material science.

Instead of extruding a simple thermoplastic, this system feeds two liquid-core filaments into the nozzle, where their outer sheaths are stripped away. The liquid silicone components are then mixed and cured in real time as they are deposited. This is not some rubber-like substitute; it is genuine silicone with all its useful properties, created right on the print bed of a standard Prusa XL. The elegance of containing the entire two-part mixing process within a clean, self-contained filament and toolhead system is a massive engineering win, solving the mess and complexity that has kept liquid printing out of reach for most people until now.

Designer: Prusa

This method completely sidesteps the need for the clumsy pumps and reservoirs seen in previous experimental liquid printers. The genius is in the filament itself. By encasing the two liquid parts in a stable sheath, Filament2 has created something that handles just like a standard spool of PLA. The printhead does the heavy lifting, performing a micro-scale version of what you would do with a two-part epoxy, but with incredible precision. You get the benefits of a reactive polymer without the hazardous mess, which opens up a world of possibilities for creating functional, end-use parts, not just look-alike prototypes.

Think about the immediate applications for this technology. In the automotive world, the ability to print custom, one-off silicone gaskets, seals, and vibration dampeners is a game changer for restoration and prototyping. No more waiting weeks for a custom mold or settling for a close-enough part. For product designers, this means creating truly functional prototypes with soft-touch grips, flexible waterproof seals, and even custom ergonomic components for wearables. Because silicone is skin-safe and can be sterilized, it also opens up possibilities for custom medical models and assistive devices. We are talking about end-use parts, not just look-alike models.

The choice to launch this on the Prusa XL platform is also incredibly clever. The XL’s main selling point is its automatic tool-changing capability, which suddenly makes it the perfect machine for true multi-material fabrication. You could print a rigid nylon housing with one toolhead, then have the printer automatically swap to the silicone head to print integrated waterproof seals and vibration-dampening feet onto the same part in a single, uninterrupted job. This elevates the machine from a multi-color printer to a genuine multi-property manufacturing station. It’s a level of automation and material integration that was previously reserved for machines costing tens of thousands of dollars.

Now, it’s important to keep expectations grounded. This will not be as simple or cheap as printing with standard PLA. The specialized filament from Filament2 will undoubtedly carry a premium price, and I anticipate a learning curve. The process requires incredible precision; any imbalance in the mixing ratio or inconsistency in the liquid cores could lead to failed prints where the silicone doesn’t cure properly. We still need to see long-term reliability data and learn about the maintenance requirements for a printhead that handles what are essentially reactive adhesives. Still, even as a niche application, it pushes the entire industry forward by showing what’s possible when you rethink the entire printing process, from the filament spool to the nozzle tip.

The post Finally, You Can 3D-Print Real Silicone Molds and Gaskets on Your Prusa 3D Printer first appeared on Yanko Design.

12 Recalls in 2 Years: The Tesla Cybertruck Is Breaking Records For All The Wrong Reasons

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The most I’ve ever heard of a car being recalled is probably 2014 Jeep Cherokee, or the 2021 Chevy Silverado. Both cars (if I’m not mistaken), were famous for hitting as many as 7-9 recalls, but Tesla‘s Cybertruck is cruising past that number with its 12th recall since the car began rolling out to customers in November 2023. Issued just today, this latest round of recalls affects 6,197 vehicles, about 10 percent of all Cybertrucks sold. The problem? A Light Bar accessory that sits on the top of the car. Although optional, the National Highway Traffic Safety Administration is warning drivers that this off-road accessory (officially sold by Tesla) could detach and fall off, creating a road hazard for other drivers. The culprit? Weak glue.

I have to preface that a recall doesn’t imply a car is ‘bad’, it usually involves points of failures that can make driving dangerous if unchecked. Some of them are fairly benign, like this past week’s recall because the headlights were 20% too bright according to regulations (this got fixed with a mere software patch), but others are absolutely lethal, like the Cybertruck’s accelerator pedal getting stuck, which could turn your car into a speeding metallic meteor, threatening not just your life, but also the lives of others around you.

Designer: Tesla

That being said, 12 recalls is certainly worth noticing. In just under 2 years, the Cybertruck’s faced problems with the motor controlling the windshield wiper, the exterior stainless steel sheet literally peeling off because of weak glue, errors within the Tire Pressure Monitoring System, software and firmware issues, interior trim parts affecting the accelerator pedal, the headlights being too bright, the light bar accessory having faulty lighting, and even the bar itself not being glued on properly. Apart from the countless recalls, the Cybertruck’s also been plagued by problems like rust accumulating on its exterior panels. With its over-a-trillion-dollar valuation, you don’t expect the EV pioneer to operate with these ‘startup growth pains’.

That being said, Tesla will inspect the accessory and will either install an additional mechanical attachment or replace the old light bar with a new one using tape to adhere it to the windshield along with the necessary mechanical attachment, free of charge, according to the NHTSA. Owners should receive a mailed notification about the recall sometime after December 26.

The post 12 Recalls in 2 Years: The Tesla Cybertruck Is Breaking Records For All The Wrong Reasons first appeared on Yanko Design.

The best iPad accessories for 2026

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The best iPad accessories can make an aging tablet feel like new again, or give you additional ways to use that new slab you just bought. Whether it's a slim folio case, an Apple Pencil, a docking station or a paper-like screen protector, there are so many iPad accessories out there that can transform how you use your tablet on a regular basis — and make your iPad last longer, too. We've tested a plethora of accessories over the years, and these are the best iPad accessories you can get right now.

Before you splurge on a bunch of accessories, you should double check which iPad generation you own. There are a couple of ways to do this: first, you can check the back of your tablet for its model number, which will start with an “A” and end with a series of numbers. You can also go into Settings on your iPad, then General and look up the model number in the top section. If you see a series of letters and numbers with a slash (“/“) in it, just tap that to reveal the iPad’s true model number.

The most important iPad details to consider before buying accessories are the charging port, screen size and Apple Pencil compatibility. Most iPads now have USB-C charging, save for the now discontinued 9th-gen iPad that still requires a Lightning cable. Make sure to double check your iPad’s screen size before buying a folio for iPad or a screen protector — especially if you have the new iPad Air 11-inch. As for the Apple Pencil, check out this guide to how to choose the right Apple Pencil (and even replacement pencil tips) to make sure you're getting the right one for the tablet you have.

If you’re a heavy user of the Apple Pencil or some other stylus, you should consider getting a screen protector for your new iPad. They pull double-duty: Not only do they act as a first line of defense if your iPad goes careening onto concrete, but they can also enhance the digital drawing and writing experience. Using a stylus on an iPad is strange at first because gliding the stylus nib over a glass surface feels nothing like “normal” writing. Matte screen protectors can get closer to replicating the pen-on-paper experience, and they also prevent the stylus nib from wearing down as quickly.

This article originally appeared on Engadget at https://www.engadget.com/computing/accessories/best-ipad-accessories-130018595.html?src=rss

Saudi Arabia Is All Set To Construct The World’s Largest Sports Stadium

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Saudi Arabia has been unveiling quite a few impressive constructions and structures recently, and they don’t seem to be slowing down. They recently announced another project – a massive and impressive stadium that is supposed to be the world’s largest once constructed. It is designed to mimic a seed germinating in the desert. Populous unveiled the plans for the stadium called the King Salman Stadium and Masterplan. It will be located in Riyadh, near a big park area that is under construction at the moment.

Designer: Populous

The stadium will include a circular building consisting of segmented sections with green walls and green roof spaces. The roof will also include walking paths. It will be able to seat over 92,00o, making it the largest stadium in Saudi Arabia and one of the largest in the world. It will contain the main seating, a royal box, hospitality skyboxes, and lounges.

It will also hold 2,200 VIP seats and 300 “VVIP” seats. It will be integrated with internal screens, climbing walls, gardens, and an aquatics center with an Olympic-sized swimming pool, and a small athletic stadium. The stadium will also include a running track. The structure is heavily inspired by Saudi Arabia’s natural landscapes, and it will resemble seeds emerging from the Earth, thereby showcasing the country’s initiative to encourage sports participation.

“Inspiration for the design is drawn from Saudi Arabia’s mesmerizing natural landscape, with the symbolic concept of each venue within the masterplan representing a seed that germinates, cracks the earth, and emerges as a dynamic yet seemingly natural intervention,” said Populous. “The planting of these ‘seeds’ symbolizes Saudi Arabia’s commitment to nurturing and growing sports participation across the country, from the grassroots to the elite level.”

The stadium is expected to be completed in late 2029, and it will function as the primary headquarters for the national soccer team. The King Salman Stadium and Masterplan is a part of a whole bunch of stadiums that are currently being constructed in Saudi Arabia – they’re being designed by Populous as well.

The post Saudi Arabia Is All Set To Construct The World’s Largest Sports Stadium first appeared on Yanko Design.

Hyundai Expands IONIQ Lineup with the Innovative IONIQ 9: Big on Space, Bigger on Tech

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Hyundai has taken another bold step in redefining electric vehicles with the unveiling of its newest flagship, the IONIQ 9, a three-row electric SUV. This addition to Hyundai’s IONIQ lineup prioritizes expansive space and cutting-edge technology, pushing the boundaries of what customers can expect from an electric SUV. The IONIQ 9 was recently revealed at the iconic Goldstein House in Los Angeles, reflecting Hyundai’s commitment to innovation and progress in the EV market, as well as the company’s goal of a full lineup of 23 EV models by 2030. This venue represents the harmony between timeless architecture and futuristic automotive design, aligning with Hyundai’s vision for an electrified future.

Designer: Hyundai

The IONIQ 9 represents Hyundai’s determination to combine aesthetics, functionality, and electric performance in one sophisticated package. Focusing on the needs of modern drivers, it is designed to offer an unparalleled driving experience that integrates state-of-the-art technology, environmental consciousness, and innovative design language. Its unveiling at the Goldstein House emphasizes the harmony between timeless architecture and futuristic automotive design, encapsulating Hyundai’s vision for an electrified future.

Exterior Design

Hyundai’s ‘Aerosthetic’ design philosophy is prominently displayed in the IONIQ 9, combining aerodynamic innovation with futuristic styling to enhance both form and function. The IONIQ 9’s exterior design is built on the concept of blending form and function to enhance performance and aesthetics. A smooth, curved roofline creates a streamlined silhouette, aiding in the vehicle’s aerodynamic efficiency. Integrated digital side mirrors and a carefully sculpted 3D-shaped underbody cover contribute to the vehicle’s low drag coefficient of just 0.259 Cd. This improves the vehicle’s efficiency and presents a distinct, forward-looking aesthetic.

The Parametric Pixel lamps—a hallmark of the IONIQ series—add a futuristic flair, seamlessly merging into the bodywork to create a unified and distinctive front profile. The vertical headlights accentuate the bold character of the SUV, while the sculpted rear haunches emphasize the strength and solidity of its stance. With its graceful curve and smooth body panels, the roofline contributes to a minimalist yet sophisticated appearance that aligns with Hyundai’s broader design ethos of sleekness and innovation. Incorporating flush door handles further enhances the vehicle’s clean lines, reducing drag and adding to the overall aerodynamic integrity.

Attention to detail in the exterior extends to functional elements like the 3D underbody cover and aerodynamic wheels designed to minimize drag and improve overall efficiency. The hidden antennas contribute to the smooth roofline, ensuring there are no protruding parts that might interrupt airflow. The design also includes a dual-motion active air flap (AAF) system that enhances air sealing, optimizing aerodynamic performance while adding to the sleek visual appeal of the vehicle. The fenders and quarter panels are made of lightweight aluminum, which contributes to overall efficiency but also aids in balancing performance with structural strength.

Interior Design

The interior of the IONIQ 9 is designed to redefine comfort and spaciousness. Featuring a fully flat floor, the interior maximizes available space, making it perfect for families or groups. Hyundai has utilized its Electric-Global Modular Platform (E-GMP) to ensure that the floor remains unobstructed, allowing passengers to move freely within the cabin and making it easier to configure seating arrangements according to specific needs. The cabin is characterized by elliptical design elements and calming tones, which create a lounge-like, serene environment. This emphasis on a calming atmosphere is further accentuated by the expansive Panoramic Sunroof, which floods the cabin with natural light and enhances the open feel of the space.

The IONIQ 9 features Relaxation Seats in the first and second rows, which can fully recline and are equipped with integrated leg rests. These seats are designed to provide comfort during long journeys or while charging, turning the interior into a rest area. s The slidable Universal Island 2.0 console is another standout feature, allowing passengers to easily access storage from different rows and enhancing the versatility of the cabin.

Hyundai has carefully selected materials to emphasize sustainability without compromising on luxury. Using Eco Process Leather, Recycled PET Fabric, and Bio Paint made from recycled tire waste showcases Hyundai’s commitment to eco-friendly material choices. The interior trim options include calming color palettes such as Obsidian Black and unique two-tone combinations like Cognac Brown with Creamy Beige, adding to the cabin’s upscale yet inviting feel. Ambient lighting and slim air vents further enhance the futuristic yet warm atmosphere, blending functionality with a soothing aesthetic.

Special Features

The IONIQ 9 introduces several unique features that enhance its functionality and the overall user experience. One of the most significant elements is the Dynamic Body Care system integrated into the Relaxation Seats. This system uses targeted vibration and pressure to stimulate blood circulation, effectively reducing fatigue on long drives. This feature is particularly useful during charging breaks, allowing passengers to relax and rejuvenate before continuing their journey. The IONIQ 9 also incorporates Hyundai’s Vehicle-to-Load (V2L) capability, allowing users to power external devices using the vehicle’s high-capacity battery—an ideal feature for outdoor enthusiasts and those who enjoy car camping.

The second-row Swiveling Seats are another unique aspect of the IONIQ 9, offering an uncommon interaction level in SUVs. By allowing passengers to face each other, the Swiveling Seats transform the cabin into a space for socializing, whether during a long trip or when parked. The North American market will not have this option available. This focus on communal space is complemented by the slidable Universal Island 2.0 console, which provides ample storage space and is accessible from both the front and rear rows. This console enhances the vehicle’s functionality and ensures that items are within easy reach for all occupants, emphasizing Hyundai’s focus on user-centric design.

Another innovative feature is the Hyundai AI Assistant, an AI-enabled voice recognition system that intuitively controls various in-car functions. By incorporating AI-driven voice commands, Hyundai aims to create a more seamless and convenient driving experience where drivers can manage climate settings, navigation, and infotainment without needing to take their hands off the wheel. The climate control system features a rear-independent function, allowing rear passengers to customize their climate settings. This ensures that everyone in the vehicle remains comfortable, regardless of seating position.

Focus on Ergonomics

Ergonomics have been central to the design of the IONIQ 9, with every aspect of the cabin optimized for comfort and convenience. The Relaxation Seats in the first and second rows provide full recline functionality and integrated leg rests, allowing occupants to relax during charging stops or extended drives truly. The seats are designed with the contours of the human body in mind, providing support where it’s needed most and ensuring comfort over long periods. The Dynamic Body Care system adds another level of ergonomic consideration by actively reducing muscle fatigue and enhancing comfort during drives.

The slidable Universal Island 2.0 console is another example of Hyundai’s ergonomic approach. It is positioned to be accessible from multiple rows, allowing passengers to easily reach items stored within without straining. This enhances the vehicle’s usability and comfort, particularly for passengers seated in the second row. The console’s bidirectional opening design means it can be accessed from both the front and rear, adding to its practicality and underscoring Hyundai’s commitment to a user-centric experience.

The panoramic curved display is strategically positioned to provide the driver with all necessary information without obstructing their line of sight. This contributes to overall driving safety while ensuring that vital data is always within view. The positioning of controls within the cabin is also designed to reduce driver distraction, with intuitively placed buttons and dials that are easy to reach. Hyundai has also integrated a shift-by-wire system positioned on the steering column, freeing up additional space in the center console and improving overall ergonomics.

The climate control system, which includes a rear-independent air conditioning function, is designed to maximize comfort for all passengers. By allowing rear passengers to set their climate preferences, Hyundai ensures everyone in the vehicle enjoys a comfortable ride. This system is particularly beneficial during family trips or long journeys, where individual comfort needs vary. The slim roof air vent works with the Panoramic Sunroof to provide a well-ventilated, comfortable cabin environment that feels open and airy.

Material Choices

Hyundai’s commitment to sustainability is evident in the material choices for the IONIQ 9. The vehicle’s interior features Eco Process Leather, which is treated using a reduced chemical process to minimize environmental impact while retaining the luxurious feel expected in a high-end vehicle. Recycled PET Fabric is used extensively throughout the cabin, giving a second life to plastic bottles and other materials that would otherwise contribute to landfill waste. The use of these recycled materials aligns with Hyundai’s vision of creating a sustainable future without sacrificing quality or comfort.

Bio Paint, made from recycled tire waste, is used on interior trim pieces, adding another layer of sustainability to the IONIQ 9’s design. This innovative paint reduces waste and contributes to a cleaner production process. Hyundai has also utilized Bio TPO/PU Skin and Bio PET/SUEDE Fabric, highlighting its commitment to reducing environmental impact through material innovation. The interior trim options are designed to evoke a sense of tranquility, with a range of colors that promote a calming atmosphere, such as Mud Gray with Creamy Beige and Dark Teal with Dove Gray. These color choices enhance the interior’s aesthetic appeal and create a soothing, lounge-like environment perfect for long journeys.

The emphasis on sustainable and premium materials extends to the exterior as well. The aluminum fenders and quarter panels are not only lightweight, helping to improve overall efficiency, but are also durable, ensuring the vehicle can withstand the rigors of daily use. The exterior paint options include several new hues, such as Celadon Gray Matte and Ionosphere Green Pearl, contributing to the IONIQ 9’s sophisticated and distinctive appearance. These carefully selected materials and finishes reinforce Hyundai’s commitment to sustainability while offering customers a premium, thoughtfully designed vehicle.

Have you been waiting for a big, bold, and practical EV?

The IONIQ 9 might be it. Combining advanced ergonomic features, sustainable material choices, and a sleek, aerodynamic exterior, the IONIQ 9 offers a unique blend of technology, comfort, and performance, perfect for modern consumers who value style and sustainability. Hyundai continues to push the boundaries of electric mobility, and the IONIQ 9 stands as a beacon of what the future holds in electric vehicle design and functionality. It offers a unique blend of technology, comfort, and performance, catering to modern consumers prioritizing style and sustainability. As Hyundai continues to push the boundaries of what is possible in electric mobility, the IONIQ 9 stands as a symbol of the future—a future where design and functionality coexist to create truly exceptional vehicles.

The post Hyundai Expands IONIQ Lineup with the Innovative IONIQ 9: Big on Space, Bigger on Tech first appeared on Yanko Design.

Genesis Redefines Automotive Design with 2026 GV70, Electrified GV70, and California Design Studio

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Genesis Motor North America has unveiled the redesigned 2026 GV70 and Electrified GV70 SUVs, accompanied by the announcement of a groundbreaking design studio in California. These twin milestones highlight the brand’s seamless integration of technology and aesthetics, pushing boundaries in product innovation and creative environments. With its sights firmly set on redefining the future of luxury vehicles, Genesis aims to transform automotive design through thoughtful craftsmanship and advanced technology.

Designer: Genesis

Exterior Enhancements: Bold Aesthetics Meet Cutting-Edge Technology

The 2026 GV70 and Electrified GV70 embody Genesis’s “Athletic Elegance” philosophy, presenting a perfect fusion of advanced technology and striking design. Their redesigned dual-weave G-Matrix Crest Grille creates a bold front fascia, while the multi-lens array (MLA) headlamps provide enhanced nighttime visibility and a modern visual signature. This technology-driven lighting system ensures functionality without compromising style.

Genesis GV70 Sport

For the Electrified GV70, the grille adapts to house a charging port equipped with a motorized door, integrated lighting, and a heating element, offering convenience and a sleek design. Redesigned skid plates and expanded air intakes contribute to a more dynamic, sporty profile, while new 19-inch and 21-inch wheel options emphasize athleticism and precision.

Genesis Electrified GV70

The attention to detail extends to the rear, where turn signals echo the two-line motif of the headlamps, maintaining aesthetic harmony. Genesis also introduces ten exterior colors for the GV70, including the astronomically inspired Ceres Blue, and six curated colors for the Electrified GV70, offering customers various sophisticated options to personalize their vehicles.

Interior Innovations: A Harmony of Function and Form

Inside, Genesis prioritizes elegance, simplicity, and advanced technology. The GV70 features a 27-inch OLED display that merges the digital cluster and infotainment system into a seamless horizontal unit. This modern layout aligns with the “Beauty of White Space” principle, inspired by Korean aesthetics, providing a clean and intuitive user interface.

Material and color options enhance the interior ambiance. Ultramarine Blue Nappa leather adds a luxurious touch, complemented by customizable ambient lighting that allows drivers to tailor the cabin’s atmosphere. A Bang & Olufsen surround sound system with Beosonic technology further enhances the in-cabin experience, delivering unmatched audio quality.

Practical updates include triple-zone automatic HVAC for optimal comfort and a relocated wireless charging pad for easier access. Genesis also integrates advanced convenience features such as voice recognition controls, which allow drivers to manage HVAC settings and windows effortlessly, and Digital Key, enabling seamless vehicle access and personalization.

Performance and Safety: Advanced Features for a Superior Drive

The GV70 offers two powerful engine options: a 2.5L inline-4 turbo with 300 horsepower and a 3.5L V6 twin-turbo producing 375 horsepower. Genesis pairs these engines with Electronically Controlled Suspension with Road Preview, which uses forward-facing cameras to detect road imperfections and adjust the suspension for maximum comfort.

Safety features are equally comprehensive. Enhanced Lane Following Assist, Hands-On Detection steering, and upgraded Remote Smart Parking Assist—which now includes diagonal parking—are standard. The Electrified GV70 introduces an 84 kWh high-capacity battery, providing extended range and a North American Charging Standard (NACS) port with a CCS adapter, granting access to more than 36,000 DC fast chargers nationwide.

Genesis Design California: A Creative Hub for the Future

Complementing its vehicle advancements, Genesis will open a new 80,000-square-foot design studio in El Segundo, California, in early 2025. This facility will serve as a creative ecosystem, housing 45 team members in an environment designed to foster innovation and collaboration.

Genesis Design California

The studio’s design blends Korean heritage with Southern California’s vibrant culture. Outdoor spaces inspired by traditional Korean gardens provide tranquil areas for reflection, while the interiors emphasize natural light and calming materials like soft acoustic felt. The modern tea platform in the lobby sets a meditative tone, reinforcing Genesis’s commitment to creating serene, inspiring spaces.

Key facilities include a clay modeling workshop, digital design labs, and a colors and materials studio, offering team members the tools to push creative boundaries. Luc Donckerwolke, Chief Creative Officer of Genesis, highlighted the studio’s importance: “The climate, cultural arts, and automotive scene in Los Angeles offered us the possibility to create a dynamic and attractive work experience by integrating nature and light into the work and creative spaces.”

Blending Technology, Culture, and Innovation

Genesis’s design philosophy reflects a harmonious blend of form, function, and cultural authenticity. From the MLA headlamps to the expansive OLED dashboard, every detail of the 2026 GV70 lineup underscores the brand’s commitment to thoughtful, user-focused advancements. Similarly, the California Design Studio exemplifies Genesis’s dedication to fostering creativity and integrating art and technology into its vehicles.

As Genesis approaches its 10th anniversary, these initiatives signal a bold vision for the future of automotive design. By combining advanced technology with cultural heritage and a deep understanding of user experience, Genesis is redefining what luxury vehicles can achieve—inside and out.

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Jaguar’s Rebranding feels ‘Confusingly Generic’ as the Luxury Carmaker Announces New Visual Identity

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The new logotype, which looks indistinguishable from the Motorola font, makes the Jaguar feel ‘toothless’.

I didn’t have a Jaguar rebrand in my 2024 bingo cards, but honestly, this year has been curveball after curveball, hasn’t it? The British luxury automobile brand just unveiled its rebranding, characterized by 4 new elements that make up Jaguar’s fresh look to usher in its EV-only push. The new branding orbits around four meticulously designed elements.

First is the “Device Mark,” a logo stripped of excess yet bold in its restraint. Its symmetry hints at balance—a nod, perhaps, to the duality of tradition and innovation Jaguar aims to master. Then there’s the “Strikethrough,” a graphic motif that almost slices through the air with modernity, destined to carve a permanent space in Jaguar’s visual lexicon. The “Exuberant Colors” go even further, injecting vibrancy and connecting the brand to the artistic world. Finally, the “Makers Marks”—a duo of the traditional leaper emblem and a sleek monogram—grounds the brand in its storied history while letting its typography flirt with the contemporary.

Jaguar’s Chief Creative Officer, Professor Gerry McGovern, frames this shift as a reclamation of identity. This is a reimagining that recaptures the essence of Jaguar, returning it to the values that once made it so loved, but making it relevant for a contemporary audience,” he says. The implication (given the assets shared by Jaguar) hints at the company viewing themselves as less of a car brand and more of a luxury brand. The exuberant colors of the campaign imagery look like something out of a fashion magazine, which fails to address the most important part of Jaguar’s brand – its automotive part. In fact, none of the images even have a car in them, or hint at anything car-related.

The new logotype opts for a curved, sans-serif font that ditches Jaguar’s original aesthetic entirely. It’s somewhat ironic that Jaguar brings up a quote by its founder, Sir William Lyons who said “A Jaguar should be a copy of nothing,” when the logo instantly appears generic or ‘seen before’. The Device Mark tries to create a difference by boldly eschewing the branding styles of automotive companies; but in doing so, falls into the trap of feeling familiar, and not the good kind. The font somewhat resembles the logotype of Motorola, with the Jaguar’s G looking vaguely like Google’s G.

Obviously, my opinions are broadly my own, but show the logotype to someone completely new to the automotive world and they’re least likely to guess it belongs to a company that made something as ferociously fast as the F-Type. The Strikethrough gets a subtle yet significant change, however, with the jaguar being flipped to face towards the right instead of the left. A little easier to grasp as an outsider, this change does two things – it differentiates Jaguar from Puma, which both had left-facing feline logos, and secondly, it makes the jungle cat look like it’s lunging forward instead of backward. The lines of the strikethrough don’t provide much of an explanation for their presence, although they could at least bend around the Jaguar to make it look like a wind tunnel test.

Overall, the branding feels drastic, confusing, and outright rejects everything the British marque built over the past 102 years. It isn’t like Audi’s rebrand from last week, which meaningfully announced a new collaborative EV line exclusive to its China marketplace while still retaining the four-logo identity for the global brand. This rebrand on Jaguar’s part doesn’t explain much, especially when there’s no actual context in the picture.

The car company hasn’t announced any new cars that go with the branding, making the logo and visual identity feel confusing. The Device Mark presents a strange mashup of Motorola and Google, the Strikethrough creates ‘grills’ that famously don’t feature on EVs, the Makers Mark looks appealing but lacks any context, and the Exuberant Colors (the posters shown below) have absolutely zero reference to cars at all.

Jaguar’s campaign imagery mentions nothing about automobiles. There isn’t a car to be seen in any of the posters.

I don’t want to discount Jaguar’s efforts with its rebrand – let’s just say they probably know something I don’t. My opinions aside (even though they’re rather strong), Jaguar’s new identity comes just days before the company unveils the Jaguar Design Vision Concept – a conceptual automobile that serves as a guiding point for the carmaker’s future endeavors. With a commitment to launch a completely new slew of all-electric vehicles by the end of the decade, Jaguar is hoping the rebrand performs a ‘complete reset’ according to Managing Director Rawdon Glover.

History, at least, is on Jaguar’s side. The brand has repeatedly proven its ability to adapt and evolve, from the sleek lines of the E-Type to the modern flair of the I-PACE. This latest transformation is timed perfectly, albeit with the stakes turned up to eleven. Yet, reinvention always comes with risks. Will this new identity alienate loyalists who cherish Jaguar’s old-world charm? Can the brand authentically straddle the line between exclusivity and accessibility, artistry and practicality? These are the big questions Jaguar faces, and they’ll only be answered as its plans unfold in the years to come.

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Fully-electric CityAirbus NextGen eVTOL makes pilotless take-off debut in Germany

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On the road to a future of aircrafts that consume lesser fuel, are low maintenance, and have no carbon emissions; electric vertical take-off and landing vehicles will play a significant role. Such aircrafts are in their infancy as of now, so the news of an eVTOL making its take-off debut in Germany is a big milestone.

The CityAirbus NextGen eVTOL which has begun its official flight test campaign in Donauwörth, Germany, made the first remarkable unmanned lift-off around November 6, 2024, at the said Airbus facility. Unveiled in March 2024, this fully-electric eVTOL is part of Airbus Helicopters Advanced Air Mobility mission to produce eVTOL personal air vehicles alongside, UTM services, and vertiports.

Desginer: Airbus CityAirbus

The news about the flight test and the debut take-off of the NextGen eVTOL was announced via X by Airbus Helicopters’ Bruno Even. In his post, the CEO wrote, “I’m happy to share that the #CityAirbus NextGen flight test campaign in Donauwörth, Germany has started with a first lift-off. A big thank you to all our teams who have contributed to this important step in the marathon that is Advanced Air Mobility.”

The eVTOL features a large 12-meter wingspan, the wings are fixed and its tail has a distinct V shape. The four-seater electric vertical take-off and landing vehicle prototype – with the seating capacity of one pilot and three passengers with their luggage – can cruise 80 km on a single charge at the speed of 120 kmph.

The aircraft is made from carbon fiber composite material that makes it robust and lightweight. It is propelled by eight electric-powered propellers as part of its distributed propulsion system, which along with other features would ensure it is not only used for private and commercial flying (as a heli taxi) but would also assist in medical use cases and the promotion of eco-tourism. Airbus suggests this is the first eVTOL in a series of prototype aircrafts the company intends to produce. With the advancement of battery density, such aircrafts would surely have a longer range and become a common sight over sprawling cities.

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Apple and Georgia Tech Team Up to Design the Future of Chip Engineering

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Apple’s efforts to shape the future of technology go well beyond the devices we use every day. The company’s New Silicon Initiative (NSI), started in 2019, aims to nurture talent in chip design, computer architecture, and integrated systems. With Georgia Tech now joining as the eighth university in this initiative, it helps bridge the gap between academic theory and industry practice, setting up future innovators for success in hardware engineering.

The partnership between Apple and Georgia Tech’s School of Electrical and Computer Engineering (ECE) builds upon a collaboration that introduced a digital circuit design course in 2022. This expanded initiative gives ECE students valuable access to Apple’s expertise in multiple ways. Students will have expanded coursework in integrated circuit (IC) design and the tapeout-to-silicon process, along with mentorship from Apple engineers, guest lectures by industry experts, networking events, and direct project reviews.

The final chip designed by ECE 4804 student groups embedded in a PCB.

A great example is the ECE 4804 VLSI Design: Theory to Tapeout course, created in partnership with Apple. This two-semester course takes undergraduates through the complete VLSI design cycle. In the first semester, students design a digital System on Chip (SoC) using industry-standard Electronic Design Automation (EDA) tools. The second semester focuses on testing the fabricated chips manufactured using Taiwan Semiconductor Manufacturing Company (TSMC)’s 65nm CMOS process. This hands-on experience gives students practical insights into chip design and manufacturing.

On October 3, 2024, a kick-off event at Georgia Tech attracted over 600 students, showing a strong interest in this collaboration. The initiative provides students with hands-on experience in integrated systems and silicon chip design, skills that are fundamental to the development of modern technology. The NSI program at Georgia Tech offers several benefits to students. These include scholarship and fellowship opportunities, such as a Ph.D. Fellowship in Integrated Circuits and Systems announced in October. The curriculum has been enhanced to focus on circuit technology, electronic devices, computing hardware, and emerging architectures. Students will receive direct feedback from Apple engineers on IC design course projects, giving them invaluable industry insights. Moreover, they will gain exposure to new technologies and industry practices, preparing them for an evolving tech landscape. These elements give students a valuable view of industry practices, preparing them for the tech landscape.

More than 600 Georgia Tech students joined the Apple NSI kick-off event at the Clough Undergraduate Learning Commons in early October, highlighting the excitement around this partnership.

Apple engineers will collaborate with ECE faculty to present guest lectures in various integrated system design courses. The engineers will also participate in project reviews in several IC design courses and offer practical feedback to help students refine their designs during the tape-out process. In the inaugural run of the VLSI Design course, every student design was validated as fully functional—a success that highlights the value of direct industry involvement.

ECE Professor Visvesh Sathe teaching the first VLSI Design: Theory to Tapeout cohort in Spring 2023.

“Working with Apple as part of its New Silicon Initiative allows us to bridge the skills gap for a workforce in IC design and computer architecture by preparing students with the technical abilities and skills to enter a rapidly evolving, always in-demand industry,” said Arijit Raychowdhury, professor and Steve W. Chaddick School Chair of ECE.

This collaboration represents an important investment in the future of hardware engineering and chip design. By bringing real-world challenges and professional feedback directly into the academic setting, Apple is helping to accelerate the growth of the next generation of talent. This initiative impacts Georgia Tech students and the broader future of technology development and innovation.

Looking ahead, there are plans to expand this course and explore new courses in other chip development areas, like analog and packaging. As technology advances, initiatives like NSI are crucial in preparing tomorrow’s workforce to meet the industry’s challenges.

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