Physix Frontier
Deep Robotics
Products · 7 tracked products
DR01/DR02 Humanoid Robots
All-weather humanoid robot series engineered for complex environmental operations. As the first globally recognized platform targeting all-weather scenarios, it redefines industry application paradigms by enabling reliable deployment in diverse and challenging outdoor conditions.
J60 Series Joints
High-reliability robotic joint modules that provide essential power support for both quadruped and humanoid robot platforms. Designed for consistent performance, these joints ensure stable actuation and durability across various mobile robotics configurations and operational cycles.
J80 & J100 Series Joints
High-torque robotic joint modules designed to support the drive requirements of heavy-load humanoid robots. These components provide robust power transmission and structural integrity for demanding locomotion and manipulation applications in industrial robotics systems.
M20 All-Terrain Quadruped Robot
All-terrain quadruped robot optimized for complex inspections, metal smelting facilities, and architectural surveying. Its robust chassis and advanced mobility systems enable effective operation in hazardous or difficult-to-access environments where traditional wheeled vehicles cannot perform.
S10 Lightweight Quadruped Robot
Lightweight quadruped robot platform offering flexible adaptation for various industry applications and scene deployments. Its modular design allows rapid customization for specific operational needs, balancing portability with functional versatility for commercial and industrial use cases.
Lite3 Quadruped Robot
Lightweight quadruped robot platform tailored for educational research and developer applications. This accessible system facilitates algorithm testing, academic studies, and prototyping, providing a versatile foundation for advancing robotics knowledge and innovation in laboratory settings.
X30 Quadruped Robot
Industrial-grade quadruped robot designed for professional applications including power line inspection, emergency rescue, and utility tunnel monitoring. It operates effectively in complex environments requiring high durability and autonomous navigation capabilities for critical infrastructure tasks.