HIGH TORQUE Panthera-HT 6-Axis Robotic Arm
The HIGH TORQUE Panthera-HT is a compact 6-axis robotic arm designed for robotics research, development, and custom manipulation applications. With a lightweight 3.75 kg design, 3.5 kg maximum payload, and 36 N·m peak torque, it combines a high torque-to-weight ratio with flexible 6-DoF motion.
6-Axis High-Torque Robotic Arm
Panthera-HT features 6 degrees of freedom and a maximum end-effector speed of 0.8 m/s, providing flexible motion for a wide range of robotic manipulation tasks. Its compact structure supports both standing and folded configurations, with a standing height of 820 mm and folded height of 460 mm.
Lightweight Design with High Torque Output
Despite its 3.75 kg weight, Panthera-HT supports a maximum payload of 3.5 kg and delivers up to 36 N·m of peak joint torque. This combination makes it suitable for applications that require a lightweight robotic arm while maintaining substantial load-handling capability.
Open-Source Motion Control
Panthera-HT includes a high-performance low-level controller, low-level control SDK, and open-source motion control algorithm. FDCAN communication provides a direct interface for custom control and robotic development, making the arm suitable for research, prototyping, and secondary development.
Key Specifications
- 6-axis / 6-DoF robotic arm
- Maximum payload: 3.5 kg
- Peak torque: 36 N·m
- Maximum end-effector speed: 0.8 m/s
- Arm weight: 3.75 kg
- Operating voltage: 24 V
- Communication: FDCAN
- Low-level control SDK
- Open-source motion control algorithm
Applications
Panthera-HT is suitable for robotics research, manipulation experiments, custom robotic development, education, prototyping, and low-level motion control development. Its lightweight structure and open control architecture make it well suited for developers and research teams building customized robotic systems.


