JSAI 2026 最終日！
ROBOTISブースでは、AI Workerによる「お皿とゴミの分別デモ」を展示しています。
LLMやソフトウェア中心の展示が多い中、Physical AIが実際に動いている様子を多くの方に見ていただくことができました。
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ROBOTIS AMERICA
645 posts
ROBOTIS AMERICA
@robotisamerica
Find the perfect robotic solution within our DYNAMIXEL ecosystem ⚙️
ROBOTIS dance parties coming soon 🪩Teaching our open humanoid @ROBOTIS AI Sapiens to dance! 🤖💃 We extracted 3D motion from raw 2D video (no MoCap device!) and trained it in NVIDIA Isaac Sim. Thanks to high-precision DYNAMIXEL-Q, we achieved an ultra-low Sim2Real gap for fluid movement! - Video:
00:00- From its launch in 2017 to today, TurtleBot3 has continued to grow as an open, modular platform for ROS education, research, and prototyping. TurtleBot3 Burger keeps that idea compact: Raspberry Pi 4, SLAM, navigation, simulation, and endless ways to build beyond with TurtleBot3
- Replying to @robotisamericaMore information about DYNAMIXEL-Q will be uploaded to robotis.us/dynamixel-q/ as it becomes available. As a reminder, the e-Manual has moved to docs.robotis.com
- ROBOTIS DYNAMIXEL-Q is designed to support the next generation of humanoid robotics development in conjunction with next level tools like NVIDIA Isaac Sim™. Watch how simulation-driven workflows and high-performance actuation merge to develop a humanoid robot capable of walking
00:00 - Physical AI needs repeatable motion, real feedback, and hardware you can iterate on. From data collection to real-world deployment, X-Series helps engineers close the loop between AI models and physical motion. Check out the X-Series today: robotis.us/x-series/
00:00 - The ROBOTIS Hand HX5-D20 is built around XM335-T323-T DYNAMIXEL actuators, giving each finger compact, direct-drive joint control for dexterous manipulation. 20 DOF. 5 fingers. 4 DOF per finger. 14 Max Finger Tip Force. #ROBOTIS #DYNAMIXEL #RobotHand #Robotics
- This demo shows AI Worker running in NVIDIA Isaac Sim, using VR to control the robot arm and a keyboard to drive the mobile base. The DDS SDK Bridge connects ROS 2 commands to AI Worker, making it possible to test pick-and-place and mobile manipulation tasks in virtual table and
00:00 - ROBOTIS AMERICA reposted
Researchers from @AxLab_UChicago have developed an Arduino MKR WiFi 1010-controlled system that bends pop tubes into 3D curves and shapes on demand. Introducing the PopTuber! - Thanks for stopping by!
00:00 - ROBOTIS AMERICA reposted
Replying to @alvinyzhuComponent bundles are also available to help builders get started: ROBOTIS DYNAMIXEL Bundle: robotis.us/midas-hand-bun… Paxini Tactile Sensor Bundle: TMALL: detail.tmall.com/item.htm?id=10… AliExpress: aliexpress.us/item/325681220…
