Drones & Robotics– category –
Technology news on drones (UAVs), robotics and autonomous driving
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MIT: Paper-thin swimming robot powered by live muscle cells
SciTechDaily USA Overview MIT engineers have created a groundbreaking paper-thin swimming robot driven by a layer of living muscle tissue thinner than a human hair. This biohybrid robot utilizes light-controlled living muscle cells for l... -
Dongguk University: Battery-free wearable sensing device explained
Robotics & Automation News South Korea Overview Researchers at Dongguk University have developed a flexible, battery-free wearable electronic device capable of harvesting energy from human movement to power neuromorphic sensing and learn... -
Zhejiang University: 200V artificial muscle specs for soft robots
Sina Finance China Overview A team led by Professor Shi Ye at Zhejiang University has developed a novel artificial muscle that operates with a mere 200 volts, paving the way for soft robots to operate without external power cables. This ... -
Silicon Li-ion Batteries: 30-40% energy density boost for drones
Ayaa Unknown Overview New silicon anode Li-ion batteries for military drones deliver a 30-40% increase in energy density compared to conventional graphite cells, reaching 350-450+ Wh/kg. This advancement significantly extends the enduran... -
Drones & Robotics Weekly Report October 4, 2026
▼ ▼ ▼ If the infographic makes you want to read the full report, please click the download button below. ▼ ▼ ▼ 📄 Weekly Report October 04, 2026 (PDF) — Download Weekly Report October 04, 2026 (PDF) — DownloadDownload 🎙 Podcast October 0... -
China Leverages Drones and AI for High-Rise Cleaning, Cuts Costs by 50%; Market Projected to Reach ¥22.3 Billion by 2030
Lianhe Zaobao China Overview An entrepreneur in Chongqing, China, has demonstrated a drone-and-AI-powered high-rise cleaning service that cuts traditional costs by approximately 50%. Market analysis projects China's curtain wall drone cl... -
XonoAI Reports 99.8% Object Detection Accuracy in Autonomous Vehicles with 4D Millimeter-Wave Radar and End-to-End Foundation Models
XonoAI USA Overview XonoAI's latest report highlights a significant shift towards end-to-end foundation models in autonomous driving, moving beyond modular perception stacks. A key advancement involves a cross-modal attention network fus... -
RCVLA Model Enhances Autonomous Driving Planning Accuracy and Safety with 4D Radar and Semantic Reasoning
arXiv International Overview This research proposes 'RCVLA,' a new radar-camera Vision-Language-Action (VLA) framework leveraging 4D radar data. RCVLA significantly improves autonomous driving system planning accuracy and safety through ... -
Waymo Unveils 5nm Custom ASIC for Robotaxis, Boosting Sensor Data Processing to Over 1,000 Trillion Operations Per Second
Mondaq USA Overview Autonomous driving technology firm Waymo has released a new 5nm custom ASIC chip designed for its robotaxis. This chip specializes in real-time processing of raw data from LiDAR, radar, and camera sensors before it re... -
Yann LeCun’s AD-E2E-JEPA Accelerates Autonomous Driving Trajectory Planning 100x Without Policy Learning
AlphaSignal USA Overview A research team including Yann LeCun has proposed "AD-E2E-JEPA," a self-supervised world model that determines driving trajectories without explicit policy learning. This model operates approximately 100 times fa...
