1. Accessible controls with room to develop
The Booster App brings movement controls, camera views and robot status together. Built-in behaviours, including football and dance, give teams a starting point for demonstrations and experimentation.
For custom projects, Python and C++ SDKs let developers build their own applications and connect robot actions with sensor data.
2. Free, open-source tools for robot training
Booster’s published training and deployment projects are open source and available to download for free. Developers can inspect the code, adapt examples and build on existing workflows.
The training framework supports K1 motion-policy development in Isaac Lab. Teams can train movements in simulation, export the resulting policies and prepare them for testing on the physical robot.
Explore Booster’s open-source software
3. Build, test and debug in Booster Studio
Booster Studio provides a desktop workspace for application development, simulation and robot debugging. Live camera feeds, 3D views and recorded data help developers inspect what their software is doing.
AI-assisted coding supports application development, while a shared codebase connects simulation with physical-robot deployment. Studio is available for Windows, macOS and Linux.
Download Booster Studio
4. Compact hardware for hands-on development
K1 stands approximately 95 cm tall, weighs around 19.5 kg and has 22 degrees of freedom across its head, arms and legs.
Its compact body and integrated carrying handle make it easier to move between teaching spaces, laboratories and demonstration areas.
5. Onboard sensing for AI experiments
A stereo depth camera, motion sensors, microphones and a speaker support projects involving vision, movement and voice interaction.
Computing options reach 200 TOPS in the Professional edition, allowing teams to select a configuration suited to their intended AI workload.