🎉Our new paper, “Robust Brachiation on a Life-Sized Dual-Arm Robot Using Waypoint-Guided Reinforcement Learning,” has been accepted to #IROS2026!
We propose WGRL and achieve robust brachiation, which requires precise hand movements and highly coordinated whole-body motion.
🎉 Our paper on a self-reconfigurable manipulator has been accepted to #IROS2026!
We developed an easy-to-operate, strong electromechanical docking mechanism that lets the robot dock/undock its own modules and reconfigure its body.
This work is based on my undergraduate thesis!
⚡️ High torque for acceleration, high speed after switching.
At #IROS2026, we’ll present trajectory optimization for humanoid motion exploiting our Variable Chain Motor, which switches its speed–torque characteristics on the fly.
🎉 ブラキエーション研究が、
IROS 2026 Best Entertainment and Amusement Paper Award
のCandidateに選出されました!
本研究では、経由点でガイドするWGRLを提案し、正確な手先動作と全身のダイナミックな動作の協調性が求められるブラキエーションを、等身大双腕ロボットで実現しています!
🎉Our new paper, “Robust Brachiation on a Life-Sized Dual-Arm Robot Using Waypoint-Guided Reinforcement Learning,” has been accepted to #IROS2026!
We propose WGRL and achieve robust brachiation, which requires precise hand movements and highly coordinated whole-body motion.
🎉Excited to share that our brachiation work has been selected as a candidate for the IROS 2026 Best Entertainment and Amusement Paper Award!
Looking forward to presenting it at #IROS2026 next week!
https://t.co/a4wll2HV8L
🎉Our new paper, “Robust Brachiation on a Life-Sized Dual-Arm Robot Using Waypoint-Guided Reinforcement Learning,” has been accepted to #IROS2026!
We propose WGRL and achieve robust brachiation, which requires precise hand movements and highly coordinated whole-body motion.
🎉 Our new paper, “A Morphing Aerial Robot With Thruster-Integrated Flexible Continuum Links for Shape Adaptive Aerial Manipulation,” has been accepted to #IROS2026!
Our novel aerial robot achieves versatile aerial manipulation via shape adaptability & expanded wrench space!
🎉 Our paper, “LunaDrive: A Delay-Compensated High-Voltage GaN FET-Based Motor Driver for Dynamic Robots with Flat BLDC Motors,” has been accepted to #IROS2026!
LunaDrive enables 96 V operation of high-power flat BLDC motors, paving the way for faster and more dynamic robots.
Our new paper “Anti-Gravity Walking by a Flying Humanoid Robot via Thrust-Rate Input Whole-Body Model Predictive Control” is now available in IEEE Robotics and Automation Letters!
Paper: https://t.co/iqIgA0qKAb
Movie: https://t.co/Y9zVjZCgVy