techniahqrobot

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Tesla just revealed how Optimus could finally feel what it touches. 🤖✋ A new patent application published on October 8, 2026 (US 2026/0310299 A1) describes flexible electronic skin for robotic hands. Filed in September 2025, it shows sensors that wrap around the fingers, thumb and palm of a humanoid robot. How it works: two thin flexible layers with conductive patterns sandwich a pressure-sensitive material. When the hand touches an object, pressure changes the electrical signal at multiple “pixels.” This lets the robot detect contact location and force in real time, so it can adjust its grip before an egg gets crushed or a glass slips. Tesla also details a scalable manufacturing method: print the sensors flat, then heat and mold them around curved finger shapes. Perfect for complex surfaces. This tackles one of the hardest problems in robotic manipulation — reliable tactile feedback. Handling fragile objects, folding clothes, or gripping irregular parts all become possible. Important: Tesla has not confirmed these sensors are on current Optimus, and no performance results are published yet. But the design shows exactly how they are approaching the problem of giving machines a sense of touch. What do you think — will this make Optimus finally useful in homes and factories? Follow for more humanoid robotics breakdowns. #TeslaOptimus #HumanoidRobot #TactileSensors #PhysicalAI #Robotics

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Riding the future of mobility at the China International Industry Fair (CIIF) in Shanghai! 🚀🤖 At Hall 8.1 (Robotics Show, Booth F221), Zhetron (云枢哲创 — Jiangxi Zhetron Power Technology Co., Ltd.) took center stage with a live, crowd-stopping showcase of our flagship "Mechanical Leopard" (机械豹): an all-terrain, all-scenario quadruped wheeled rideable robot built to redefine personal and industrial mobility. Across the exhibition floor, visitors and global partners didn’t just watch our technology—they climbed aboard and rode it firsthand. Pairing four articulated robotic legs with powered wheels, the Mechanical Leopard blends active suspension, dynamic posture control, and smooth rolling efficiency. Whether gliding through the bustling aisles of Hall 8.1 or flexing its multi-axis leg joints at our booth, the robot proved its remarkable stability, high payload capacity, and intuitive control. Behind this rideable quadruped lies Zhetron’s core strength as a robotics technology solution provider. Alongside the Mechanical Leopard, our team presented our in-house high-torque rotary joint actuators and integrated drive modules—the key hardware empowering next-generation legged robots and embodied AI. Thank you to all the engineers, international partners, and visitors who stopped by Booth F221 to test-ride the Mechanical Leopard and explore the future of robotics with us! #Zhetron #云枢哲创 #工博会机器人 #CIIF #ShanghaiCIIF

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McDonald’s is now delivering Big Macs by drone in China. And the interesting part is how the handoff works. On September 10, McDonald’s China and Meituan launched a dedicated drone delivery route at Shanghai’s West Bund. Here’s how the system works. ➤ Customers order through Meituan ➤ Restaurant staff bring the food to a dedicated drone port ➤ An automated robotic arm handles the transfer of the order ➤ A drone flies to a designated collection point at West Bund Skate Park ➤ Customers scan a code to collect their food The route connects a McDonald’s restaurant on Longteng Avenue in Shanghai’s Xuhui district with the skate park. The technical details are worth a look: • Maximum payload: around 2.4 kg • Menu: 30+ McDonald’s products • Fastest delivery: around 10 minutes under suitable conditions Burgers, fries, drinks and McCafé items can all be part of the order. What caught my attention is the robotic arm at the handoff point. The drone gets the attention, but the ground infrastructure also has to handle the order before the flight even begins. This is a dedicated route with fixed collection points. Customers are not receiving food directly on their balconies or anywhere they choose. That distinction matters when looking at real-world drone delivery. The service combines a restaurant, automated handling, an aerial vehicle and a designated pickup location. McDonald’s and Meituan are bringing these pieces together for everyday food orders. Would you use a drone delivery service like this instead of a regular delivery rider? Source: McDonald’s China, September 10, 2026. #DroneDelivery #McDonalds #Meituan #Robotics #Automation