Product profile
Booster T2
Booster T2 is Booster Robotics' flagship embodied-development humanoid platform for robot learning, biped locomotion and manipulation research. It is sold...
Facts
- Company
- Booster Robotics
- Product type
- humanoid
- Status
- commercial
- Primary capability
- embodied humanoid development
- Website
- https://www.booster.tech/booster-t2/
About Booster T2
Booster T2 uses a 31-axis bipedal body with high-performance joint control for walking, balancing, recovery and upper-body manipulation. The Thor T5000 computing platform runs perception, motion and learned-policy workloads on the robot. Professional P1, P2 and P3 configurations provide different hardware and development capabilities for research teams and application builders.
Booster supplies software tools, documentation and interfaces for low-level motion, locomotion development and embodied-AI experimentation. The platform is aimed at universities, robotics laboratories, competitions and commercial developers requiring a complete humanoid with supported hardware. T2 is commercially available and shipping through Booster Robotics’ international sales channels.
Market context
anthropomorphic_biped, Flagship embodied development platform, T2 versions use Thor T5000 compute. NVIDIA positions Jetson Thor-class compute at up to 2070 FP4 TFLOPS; Booster T2 public specs keep the compute field at Thor T5000., research_development, developer_platform, humanoid
Summary
Type: Humanoid platform
Core: 31-DoF T2
Function: Embodied R&D
Audience: Developers
Specifications
- arm_dof_each
- 7 per arm DoF
- availability
- New; Buy Now
- battery_capacity_ah
- 10 Ah Ah
- bluetooth
- Bluetooth 5.2
- charging_model
- Magnetic port charging
- compute
- Thor T5000
- head_dof
- 2 DoF
- height_cm
- ~140 cm cm
- interface
- Power supply, USB, locking Type-C, Ethernet
- joint_architecture
- Industrial-grade crossed roller bearings
- leg_dof
- 6 per leg DoF
- lidar
- Optional
- max_speed_mps
- 2 m/s m/s
- motor_type
- High-speed internal rotor PMSM
- payload_kg
- 10 kg kg
- positioning
- Flagship embodied development platform
- runtime_h
- 2 h continuous walking h
- safety
- Low battery warning; joint overtemperature warning
- torque
- 140 Nm Nm
- total_dof
- 31 DoF
- voltage_v
- 48 V V
- waist_dof
- 3 DoF
- wifi
- Wi-Fi 6
Operations
- Environment
- Research, education and embodied-AI development environments
- Primary user
- Robot developers and research teams
- Role
- Embodied development humanoid platform
- Interaction model
- Developer-operated humanoid platform
- Mobility class
- Bipedal humanoid
- Product detail
- anthropomorphic_biped, Flagship embodied development platform, T2 versions use Thor T5000 compute. NVIDIA positions Jetson Thor-class compute at up to 2070 FP4 TFLOPS; Booster T2 public specs keep the compute field at Thor T5000., research_development, developer_platform, humanoid
Research, Articles and recent verified events
- VOFA demonstrates force-adaptive visual object pushing on Booster T1 — 2026-05-02
- Booster Robotics completes new funding round of nearly RMB 1 billion — 2026-04-17
- AGILE: A Comprehensive Workflow for Humanoid Loco-Manipulation Learning — 2026-03-20
- REFINE-DP presents RL fine-tuning method for data-efficient humanoid loco-manipulation — 2026-03-18
- HybridMimic: Hybrid RL-Centroidal Control for Humanoid Motion Mimicking — 2026-03-06
- Booster Robotics raises over RMB 100 million in new funding round — 2026-01-12
- Learning Sim-to-Real Humanoid Locomotion in 15 Minutes — 2025-12-01
- AutoOdom evaluates autoregressive proprioceptive odometry on Booster T1 — 2025-11-24