Long legs and toned abs

Kawasaki’s latest innovation, CORLEO, pushes the limits of robotic engineering by fusing biomimicry and clean energy into a rideable quadruped robot. Unlike traditional off-road vehicles, CORLEO moves with articulated legs instead of wheels, allowing it to walk, trot, and adapt to uneven terrain just like a real animal. What’s even more revolutionary? It runs on hydrogen—emitting only water vapor—making it both rugged and eco-friendly. Equipped with a motorcycle-style saddle, heads-up display, and intelligent stabilization, CORLEO responds to a rider’s posture and shifts, creating a near-organic riding experience. Still in its prototype stage, this futuristic mount is a preview of where sustainable mobility is headed: not just electric cars, but hydrogen-powered mechanical beasts that can traverse environments where no traditional vehicle dares to tread. #KawasakiCORLEO #RobotHorse #HydrogenTech #SustainableMobility #OffRoadFuture

ughhh all I want is thinner thighs and no hips, is that so hard to ask for?? I genuinely couldn't care less about the number on the scale, I just want slim super model legs with no big hips. #edtw #edtwt #supermodel #fashion #thinspo

Firefighting just got a futuristic upgrade. China’s new robotic dogs, developed by Unitree Robotics, are built to go where humans can’t—charging into blazing heat, toxic smoke, and dangerous terrain. Equipped with 60-meter water cannons, long-range thermal vision, and real-time video feeds, these four-legged machines can climb stairs, maneuver tight corridors, and operate for extended missions. Already field-tested in cities like Qingdao, they're poised to become the next-gen firefighters we never knew we needed. The fire brigade of the future has four legs and zero fear. See them in action — #FirefightingTech #RobotDog #UnitreeRobotics #EmergencyResponse #TechInnovation

In 2022, engineers at Northwestern University developed the world’s smallest remote-controlled walking robot—a crab-shaped microbot measuring just 0.5 millimeters (about 0.02 inches). The robot is made from shape-memory alloy (nitinol) and can walk, twist, bend, and jump by using a scanned laser beam. This laser locally heats its legs, causing them to bend and move without any onboard electronics or batteries. Inspired by pop-up book engineering, the crab robot is manufactured flat and springs into 3D shape. It's controlled externally and walks at a speed of about half its body length per second. The innovation represents a breakthrough in micro-robotics, with potential applications in minimally invasive surgeries, targeted drug delivery, and microscale industrial repairs. It was published in Science Robotics, showcasing a future where ultra-small robots may assist in precise medical and mechanical tasks.