SA01
About
About SA01
SA01 is ENGINEAI's bipedal research platform for locomotion control. Its development environment links simulated walking-policy training with deployment on the physical robot. ENGINEAI’s Isaac Gym environment includes varied friction and mass, noisy observations and simulated pushes, allowing researchers to test how a walking policy responds to changing conditions.
The software also provides SA01-specific simulation-to-simulation evaluation and an export path for deployment on the robot. Researchers can change training environments, reward functions and robot parameters, then assess the resulting policy before transferring it to hardware. This makes SA01 useful for studying the full locomotion development cycle, including robustness and the gap between simulated and physical behaviour.
Timeline
- EngineAI showcases SE01, SA01 and PM01 at CES 2025
2025-01-07 - Demonstration - SA01 and PM01 were presented as open development platforms for research teams; SA01 carried an announced price of US$5,400. The 1.38-metre PM01 was offered in commercial and educational editions at a promotional US$13,700 through March 31, 2025.
Source - EngineAI introduces SA01 bipedal development platform
2024-07-29 - Product Launch - The approximately 40-kilogram robot uses an aluminium-alloy structure and reinforcement-learning control for walking, running and jumping development. EngineAI presented SA01 alongside SE01 and PM01 at CES 2025, with a disclosed SA01 price of US$5,400.
Source
Context
Market context
SA01 is ENGINEAI's legs-only bipedal research platform for locomotion-policy training and physical robot-control experiments.
- Target environment: Research labs, developer environments and controlled robot-testing spaces.
- Workflow context: Bipedal locomotion control, simulated policy training and hardware evaluation.
- Deployment model: Developer-managed research platform with open hardware interfaces and motion-control tools.
- Commercial maturity: Commercial developer platform listed through the ENGINEAI store.
- Adoption constraints: Requires robotics development capability, controlled test environments and task-specific software work.
- Market position: Lower-body robotic platform for walking-policy development and evaluation.
- Adjacent products: Legged locomotion research platforms and associated simulation and control tools.
Comparable Systems
- SkyWalker AR-L1
Atomrobot - Research UGV