Robot brand
Booster
Booster Robotics platforms: the RoboCup champion T1, the education-focused K1 and the flagship T2
- 3
- Models in catalogue
- 3
- Product categories
About Booster
Booster Robotics was founded in 2023 and aimed its early strategy at scientific research and education scenarios. Founder and CEO Cheng Hao holds bachelor's and master's degrees from Tsinghua University, and the core team comes from the Tsinghua Robot Control Lab and the Tsinghua Hephaestus RoboCup team.
Read moreShow less
The company became an official RoboCup Federation partner in December 2024 and announced in November 2025 that it had passed 700 humanoid robot deliveries worldwide across more than 200 customers, with over half of those units delivered internationally. Robotlar.org lists three models: the 2025 RoboCup AdultSize champion T1 (118 cm, 30 kg, 23-41 degrees of freedom, 130 N·m), the introductory education platform K1 (95 cm, 19.5 kg, 22 degrees of freedom, three compute tiers) and the flagship T2 launched in July 2026 (140 cm, 42 kg, 31 degrees of freedom, a three-axis waist, 10 kg dual-arm payload). All three bodies share the same open-source software stack. Booster hardware reaches Turkey through enterprise supply; we offer interested organizations a technical assessment, a realistic view of the sourcing process and the alternatives deliverable today.
Booster product family
Every model here sits in its own category, so the list is shown flat rather than grouped.
Model comparison
- T1
Developer-Focused Humanoid Research Robot
- Height
- 118 cmApproximately 30 kg
- DOF
- 23-41By configuration
- Joint Torque
- 130 N·mDual encoder
- Compute
- 200 TOPSNVIDIA AGX Orin
- K1
Introductory Embodied Development Platform
- Height
- 95 cm19.5 kg
- DOF
- 22Leg 6, arm 4, head 2
- Compute
- 200 TOPSOn the Professional
- Joint Torque
- 60 N·mDual encoder
- T2
Flagship Embodied Development Platform
- Height
- 140 cmApproximately 42 kg
- Dual-Arm Payload
- 10 kgVaries with posture
- Walking Speed
- 3 m/s2 hours continuous
- DOF
- 31Waist 3, arm 7
Common questions about Booster
Can Booster robots be bought in Turkey?
We cover Booster Robotics requirements in Turkey through enterprise supply and integration. Share your requirement and we will plan the sourcing process together with a realistic timeline.
Which model suits which job?
The T1 is a research and competition platform: 118 cm, 30 kg, 23 to 41 degrees of freedom by configuration, 130 N·m peak torque and a 200 TOPS AGX Orin. It is the 2025 RoboCup AdultSize champion model and is used by more than 50 teams. The K1 is the introductory education platform: 95 cm, 19.5 kg, 22 degrees of freedom and 48, 117 or 200 TOPS options; it took first and second in the 2025 RoboCup KidSize category. The T2 is the flagship: 140 cm, 42 kg, 31 degrees of freedom, a three-axis waist, 10 kg dual-arm payload, a 3 m/s walking speed and an NVIDIA Jetson Thor T5000 on the Professional edition.
Why are Booster robots common on RoboCup teams?
Three reasons. First, rule fit: the T1 is sized to the AdultSize rule set and the K1 to KidSize. Second, software access: comprehensive API interfaces, an open-source framework, the Booster GYM reinforcement learning environment and the Booster SDK are published, so teams can train their own policies and run them on a real body. Third, results: at RoboCup 2025 in Brazil the top two places in both AdultSize and KidSize went to Booster platforms, and in 2026 38 teams competed on Booster robots and every bipedal humanoid division was won.
What does the software ecosystem include?
Comprehensive API interfaces, an open-source framework and open-source tools; the Booster GYM reinforcement learning environment; the Booster SDK; deployment tools and developer documentation. Booster Studio, launched in June 2026, brings agent development, Vibe Coding, simulation and debugging, and deployment to a physical robot into a single integrated environment. All three bodies share the same stack.
Let us pick the right Booster model for your operation.
Brand alone is not enough: payload, operating environment, shift pattern, human traffic and integration needs shape the decision together. Let us map the right architecture with your site measurements.