Overview
The Kepler K2 Bumblebee is a fifth-generation humanoid robot featuring 52 degrees of freedom and the world's first commercial planetary roller screw actuators. It has dexterous hands with 11 DOF and 96 tactile sensors per fingertip, designed for industrial automation with capabilities such as dynamic perception, strategic task planning, and autonomous learning. The robot operates for up to 8 hours on a single charge, showcasing advanced computational power with 100 TOPS.
Key facts
- Payload
- 15 kg
- Reach
- —
- Speed
- —
- Weight
- 75 kg
- IP rating
- —
- Battery
- 8 h
- Power
- —
- Autonomy
- —
- Launch year
- 2024
- Price
- $30,000
- Status
- active
Detailed specifications
Motion & kinematics4
- Hand Dof
- 11
- Dof Total
- 52
- Dof Per Arm
- 11
- Dof Per Hand
- 11
Power & battery2
- Battery Capacity
- 2.33 kWh
- Charge Time Hours
- 1
Sensors1
- Sensor Suite
- tactile, force_sensing
Compute1
- Onboard Compute
- 100 TOPS
Other16
- Height Mm
- 1750
- Price Tier
- 20-40K
- Applications
- warehouse_transport, assembly, inspection, research
- Pricing Model
- purchase
- Total Payload
- 30 kg (both arms)
- Model Variants
- Bipedal Basic, Bipedal Developer, Wheeled Developer
- Company Country
- CN
- Processing Tops
- 100
- Deployment Notes
- Target markets include industrial, manufacturing, logistics, research, and education.
- Fingers Per Hand
- 5
- Walking Speed Ms
- 1.39
- Industries Served
- industrial, manufacturing, logistics, education
- Availability Status
- prototype
- Lifting Capacity Kg
- 30
- Additional Information
- - Industrial humanoid focused on real workplace environments - Hybrid actuation system integrating roller screw linear actuators and rotary actuators - Advanced tactile manipulation with up to 96 contact points per fingertip - Supports both direct and automatic charging - Designed for high-risk inspections to reduce human exposure - Positioned as part of a broader trend towards practical workplace robotics
- Deployment Environment
- indoor
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