KAIST
What changed, and what is the evidence.
Physical AIControlHumanoidsModelsSensingDataQuadrupedsVisionActuationCamerasLidar
🗞️ Pulse first · 3 news posts
Coverage
- 🗓️ 2026-10-22 · ✍️ RoboterminalEka's Robot Picks 1,500 Things an Hour. Its Gripper Is Rated for About 139 Days of That.
- 🗓️ 2026-10-21 · ✍️ RoboterminalSchaeffler Will Buy Thousands of Humanoids From Its Actuator Customers. Its €400 Million Order Book Doesn't Count Those Deals.
- 🗓️ 2026-10-19 · ✍️ RoboterminalFifteen Humanoids Are Loading Car Parts at 98%. The Number That Decides Their Future Is 15 Seconds.
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Timeline
What changed, and what is the evidence.
Oct 22, 2026 · Post · posted
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『階段や芝生の昇降、凸凹の石河原を移動できる車輪付き二脚ロボット』 https://t.co/JXjv4dFJex #wheeled #bipedal #robot #locomotion #RAIWAY #RaiLab #Kaist https://t.co/OT5dp0K1Y5 |
Heavy object handling while walking still has to keep balance when arm forces hit the legs and torso, and when vision has to close the loop on placement. KAIST Humanoid v0.9 (DRCD Lab, arms with RAILAB) used onboard visual feedback to push… |
Heavy lifting—with a moonwalk to finish. KAIST’s humanoid v0.9 pushes objects weighing up to 35 kg and lifts up to 20 kg to spell out “KAIST,” using onboard vision, reinforcement learning and learning from human demonstrations.… |
『高い運動性能を持つ二足歩行人型ロボット』 ムーンウォークなど滑らかな動作ができ、最大35kgの物体を押し、最大20kgを持ち上げる力持ち。 https://t.co/Wj5rIfPaj3 #bipedal #humanoidrobot #ReinforcementLearning #locomotion #interaction #moonwalk #KAIST #DRCDLab #強化学習 https://t.co/PJDf99X85T |
『韓国科学技術院の人型ロボットのデモ』 飛行機や船舶の操縦など、人型ロボットの可能性を広げる。 https://t.co/raVIQ6uTIq #bipedal #humanoidrobot #PhysicalAI #manipulation #pilot #aircraft #vessel #Pibot #locomotion #moonwalk #KAIST #DRCDLab https://t.co/3lUy2zFwLi |
This robot can run at 46 km/h. 🤖 Meet Raptor, a high-speed bipedal robot developed by the Mechatronics, Systems and Control Laboratory at KAIST Inspired by the Velociraptor, Raptor uses two lightweight legs and an active tail mechanism to… |
『複雑で離散的(不連続)な地形を高速で横断する四足歩行ロボット』 https://t.co/eVMLzlVkP2 #quadrupedal #robot #dynamic #agile #HighSpeed #control #navigation #GenerativeModel #NeuralNetwork #RaiLab #Kaist https://t.co/L24ibTdg1M |
KAIST has developed a quadrupedal robot using Action Pretrained Transformer-based Reinforcement Learning (APT-RL) for agile, multi-skill locomotion. Depth cameras and LiDAR help it perceive terrain and adapt its movements in real time. It… |