Booster Robotics K1 Basic EDU 100 TOPS
incl. VAT plus shipping costs
Delivery time: 4-7 business days
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- Item no: F25111211
- Weight: 28,00 kg
- Packing dimensions: 18 cm x 40 cm x 95 cm (L x W x H)
Booster Robotics K1: Humanoid robot for research & development
The Booster K1 is an advanced humanoid robot developed for use in research and development. Equipped with powerful computing hardware, precise sensors and a flexible motion architecture, the Booster K1 offers an ideal platform for AI and robotics projects. The integration of the open middleware ROS (Robot Operating System) makes it particularly attractive for academic institutions, research laboratories and development teams working at the interface of artificial intelligence, robotics and human-machine interaction.
With a size of approximately 90 cm and 22 high-precision degrees of freedom, the Booster K1 offers a dynamic range of motion that allows complex experiments in gait dynamics, manipulation and interaction. With up to 117 TOPS, the integrated NVIDIA Jetson Orin NX (8 GB) platform provides the necessary AI computing power for demanding perception and control tasks. Its sensor technology - consisting of an RGBD camera, a microphone array, a loudspeaker and a 9-axis IMU - enables multimodal environmental perception and interaction in real time.
Technical specifications
- Dimensions: approx. 0.9 m height
- Degrees of freedom (DoF): 22 in total (legs: 2 × 6 DoF, arms: 2 × 4 DoF, head: 2 DoF)
- Range of movement of large joints:-Hips: Pitch -170° to 100°, Roll -23° to +90°, Yaw ± 60°
- Knee: 0° to 130
- Ankle: Pitch -50° to 20°, Roll ± 20°
- Computing unit: NVIDIA Jetson Orin NX, 8 GB RAM, up to 117 TOPS
- Sensors: RGBD camera, microphone array, loudspeaker, 9-axis IMU
- Joints: Fully force-controlled, support combined control (torque, speed, position), dual encoder system per joint
- Battery life: up to 80 minutes in active mode
Open software architecture for developers
Thanks to its modular design and full ROS compatibility, the Booster K1 can be easily integrated into existing software stacks and adapted to individual research requirements. The system supports secondary development, provides interfaces for the robot model and is compatible with simulation environments such as Issac Sim. A mobile app facilitates network configuration and remote control.
Scope of delivery
- Humanoid robot booster K1 (pre-assembled)
- Charger & power supply unit
- Battery 2Ah
- Remote controller
- Documentation (hardware manual, ROS driver, sample projects)
- Access to online support and developer community
Booster Robotics K1: Humanoid robot for research & development
The Booster K1 is an advanced humanoid robot developed for use in research and development. Equipped with powerful computing hardware, precise sensors and a flexible motion architecture, the Booster K1 offers an ideal platform for AI and robotics projects. The integration of the open middleware ROS (Robot Operating System) makes it particularly attractive for academic institutions, research laboratories and development teams working at the interface of artificial intelligence, robotics and human-machine interaction.
With a size of approximately 90 cm and 22 high-precision degrees of freedom, the Booster K1 offers a dynamic range of motion that allows complex experiments in gait dynamics, manipulation and interaction. With up to 117 TOPS, the integrated NVIDIA Jetson Orin NX (8 GB) platform provides the necessary AI computing power for demanding perception and control tasks. Its sensor technology - consisting of an RGBD camera, a microphone array, a loudspeaker and a 9-axis IMU - enables multimodal environmental perception and interaction in real time.
Technical specifications
- Dimensions: approx. 0.9 m height
- Degrees of freedom (DoF): 22 in total (legs: 2 × 6 DoF, arms: 2 × 4 DoF, head: 2 DoF)
- Range of movement of large joints:-Hips: Pitch -170° to 100°, Roll -23° to +90°, Yaw ± 60°
- Knee: 0° to 130
- Ankle: Pitch -50° to 20°, Roll ± 20°
- Computing unit: NVIDIA Jetson Orin NX, 8 GB RAM, up to 117 TOPS
- Sensors: RGBD camera, microphone array, loudspeaker, 9-axis IMU
- Joints: Fully force-controlled, support combined control (torque, speed, position), dual encoder system per joint
- Battery life: up to 80 minutes in active mode
Open software architecture for developers
Thanks to its modular design and full ROS compatibility, the Booster K1 can be easily integrated into existing software stacks and adapted to individual research requirements. The system supports secondary development, provides interfaces for the robot model and is compatible with simulation environments such as Issac Sim. A mobile app facilitates network configuration and remote control.
Scope of delivery
- Humanoid robot booster K1 (pre-assembled)
- Charger & power supply unit
- Battery 2Ah
- Remote controller
- Documentation (hardware manual, ROS driver, sample projects)
- Access to online support and developer community