Hypershell, a tech company that aims to enhance human performance, has rolled out the Hypershell X — the world’s first outdoor exoskeleton. The lightweight, AI-powered wearable exoskeleton is designed for outdoor adventures, sports, and everyday activities. Among its premium models is the Hypershell X Carbon, which is originally sold for $1,799 but currently on sale for $1,599, and it’s worth every single penny for the boost that you’ll get from it. Hurry if you want to pocket the savings of $200!
Elevate yourself to greater heights with the Hypershell X Carbon. The wearable exoskeleton features the AI MotionEngine, which utilizes sensors such as gyroscopes and accelerometers to predict your movements and modify how much power its motors will provide. The Hypershell X Carbon adapts to your stride signature over time, making it feel smoother and more natural. The buttons on the exoskeleton will let you control all core functions such as turning it on or off, changing modes, or adjusting its assist level, though you can also use the Hypershell+ app, which also provides guidance on wearing the Hypershell X Carbon for the first time. It also offers an IP54 rating for water and dust resistance to allow it to brave the elements with you, and it’s foldable for easy storage when it’s not in use.
The Hypershell X Carbon is the lightest model at just 1.8 kilograms, compared to 2 kilograms for the Hypershell X Go and Hypershell X Pro. This is possible because it’s made of 3D-formed titanium alloy and carbon fiber, with these materials maintaining its strength and durability. The Hypershell X Carbon also offers 1 horsepower output, 10 recognized motion postures (down stairs, downhill, uphill, up stairs, speed walking, walking, mountain, cycling, running, and gravel), and a battery range of 17.5 kilometers. The exoskeleton can reduce your physical exertion by up to 30%, and there are three operation modes — Transparent mode for unassisted movement, Eco Mode for steady but energy-saving support, and Hyper mode for dynamic power for intense activities.
Outdoor enthusiasts and sports lovers can explore the world and push their limits with the Hypershell X Carbon exoskeleton. Go farther, faster, and with less fatigue for a value-packed $1,599, following a $200 discount on its original price of $1,799. Push forward with your purchase of the Hypershell X Carbon as soon as you can to start enjoying the huge benefits of the world’s first outdoor exoskeleton.
A phone thermal camera is one of those tools you don’t think you need until the first time it saves you from an expensive problem, and the Thermal Master P3 just got easier to try. For Halloween, it’s discounted with the code THERMCAM10, a 10% cut that works out to $107 off the total. It’s also fresh off a win at the 2026 Tom’s Guide AI Awards for best phone thermal camera, which is the kind of third-party nod that separates a serious tool from the cheap clip-on sensors that flood this category.
Imagine you’re eight reps into a set of goblet squats in your living room. Your legs start to burn, your core is braced, and your focus remains sharply on finishing the set. But as fatigue sets in, an age-old uncertainty creeps in: Are my hips dropping below parallel, or am I cutting depth short? Is my lower back rounding under load? Am I doing this right?
For much of the past decade, mainstream consumer fitness technology has focused on quantification—tracking metrics such as steps, heart rate, workout duration, and calorie estimates. Those metrics can be useful for understanding activity and exertion, but they reveal far less about how a movement was actually performed: whether form changed as fatigue set in, whether squat depth shortened, or whether repeated movements stayed consistent from one rep to the next.
A dash cam has a fairly uneventful life once it reaches a car. It sits behind the windshield, records the road ahead and, ideally, goes unnoticed until the moment its footage is needed. Getting it ready for that job can be considerably less quiet.
Inside Wolfbox’s Central Laboratory, cameras and other automotive products are exposed to extreme temperatures, vibration, mechanical shock, water and prolonged operation. Known for its off-road dash cams and automotive electronics, Wolfbox uses the facility to recreate the difficult conditions its products may encounter before they reach drivers. The idea is simple enough. If a product is expected to work when conditions are difficult, those conditions need to be recreated before a driver encounters them.