Bionic Robotics Systems

Key Features- Three-in-one modular foot-end for multi-modal algorithm development- Easy to use with an open SDK and hardware interface- Supports peripheral expansion for enhanced functionality- Compatible with mainstream simulation platforms such as Isaac and Mujoco- Ideal for reinforcement learning research and humanoid motion control- Provides tools for rapid algorithm validation to bridge the Sim2Real gap

Key Features- Three-in-one modular foot-end for multi-modal algorithm development- Easy to use with an open SDK and hardware interface- Supports peripheral expansion for enhanced functionality- Compatible with mainstream simulation platforms such as Isaac and Mujoco- Ideal for reinforcement learning research and humanoid motion control- Provides tools for rapid algorithm validation to bridge the Sim2Real gap

Features：Miniaturization & Lightweight Quick ResponseWaterproof, Dustproof, Explosion-proofHigh load to weight ratio Hollow Shaft

Robustness & High-cycle LifeHigh Torque Density, Low Cogging TorqueWaterproof, Dustproof, Explosion-proofLow Noise & High PrecisionHollow Shaft

Key Features：Immersive VR TeleoperationReal-Time Motion MappingDual-Arm Bimanual ControlEmbodied AI & VLA-Based Learning ReadyROS2 & NVIDIA Isaac CompatibleHigh-Quality Data CollectionVersatile Application ScenariosIdeal for remote manipulation, robotic assembly, telepresence, AI training, and academic research.

The DAMIAO MIT-Driven Brushless Servo Joint Motor is a high-performance, all-in-one solution for robotic arms. Featuring an integrated driver, built-in gearbox, and dual encoders, it supports three operation modes (MIT mode, Speed mode, and Position mode), ensuring precise control and smooth motion.Price: $116

The DAMIAO MIT-Driven Brushless Servo Joint Motor is a high-performance, all-in-one solution for robotic arms. Featuring an integrated driver, built-in gearbox, and dual encoders, it supports three operation modes (MIT mode, Speed mode, and Position mode), ensuring precise control and smooth motion.Price: $357

Ideal For: University & Research Labs – Embodied AI & Robot LearningHazardous & Specialized Scenarios – Remote Manipulation & TeleoperationRobotics & Industrial R&D – Dual-Arm Assembly & Human–Robot CollaborationTeaching Labs, Training & Demos – Robotics Education & Hands-On SkillsHigh-Payload 14-DOF Dual ArmsCloud-Native, Full-Stack Open EcosystemRich, Extensible Hardware EcosystemIsomorphic Leader–Follower Teleoperation (Optional)

Ideal For:• Research & EducationUniversities, research labs, and robotics coursesHuman demonstration collection, dual-arm manipulation studies, and embodied AI teachingHands-on VLA workflow exploration with real human motion data• Rapid VLA ValidationValidate VLA workflows using real human demonstration datasetsTeleoperation data collection, AI training pipelines, imitation learning, and autonomous robotic executionTasks: grasping, assembly, insertion, transport, simulation-to-real experiments

The Biohand, a new intelligent bionic hand, integrates bionics, mechatronics, materials science, biomedical engineering, and information technology. It is equipped with self-developed somatosensory control technology, making the bionic hand as flexible as a human hand. It features six internal actuating units, ensuring that each finger can move independently, with the thumb capable of moving in two directions, truly simulating the natural movements of a human hand.

Compatible with OpenArm14 DOF Dual-Arm Design< 20 ms Ultra-Low LatencyAdjustable Arm Length for Custom Fit14-bit Absolute Encoders for Precision TrackingSDK Included – Easy Integration & Control

In this one-take unboxing video, see how Odin1 enables plug-and-play integration, instant 3D data generation, and effortless 3D reconstruction with high-precision spatial awareness.