LimX CL-1 Humanoid Robot

The LimX CL-1 Humanoid Robot is an embodied AI platform designed for dynamic locomotion research, featuring real-time terrain perception and adaptive stair-climbing capabilities.

Price on request

LimX CL-1 Humanoid Robot

The LimX CL-1 is a high-dynamic humanoid robot designed as an Embodied AI test platform.
Its core value is the tight integration of real-time perception, gait planning, and whole-body motion control,
enabling confident locomotion across complex indoor/outdoor environments—including dynamic stair climbing.

 

 

 

 

 

Key capabilities

  • Real-time terrain perception to adapt footsteps and posture to changing surfaces.
  • Dynamic stair climbing (up and down) via active perception and integrated control.
  • Integrated control stack linking gait planning, motion generation, and hardware execution.
  • Closed-loop learning using teleoperation data to iteratively improve algorithms.
  • Built for experimentation in diverse indoor and outdoor scenarios.
ClassEmbodied AI humanoid test platform
MobilityStairs, slopes, mixed terrain
Learning loopTeleop data → algorithm iteration
ControlPerception + planning + motion

Technical hardware specifications

Published / publicly available specifications

Robot type High-dynamic humanoid robot platform for embodied AI
Real-time terrain perception Yes (for adaptive locomotion in complex environments)
Dynamic stair climbing Supported (ascending & descending)
Control architecture Integrated loop connecting perception, gait planning, motion control, and hardware execution
Learning / data pipeline Closed-loop learning with teleoperation data for continual algorithm optimization

The seller listing focuses on capabilities rather than full numeric datasheet values (e.g., DoF count, height/weight, battery, payload).
If you need complete engineering specs, request the latest LimX Dynamics datasheet for CL-1 from the supplier/manufacturer.

Specification placeholders (fill when your datasheet is available)

Height Not publicly specified on the referenced seller page
Weight Not publicly specified on the referenced seller page
Total DoF Not publicly specified on the referenced seller page
Compute Not publicly specified on the referenced seller page
Sensors Not publicly specified on the referenced seller page
Battery / runtime Not publicly specified on the referenced seller page
Max speed Not publicly specified on the referenced seller page
Payload / lifting Not publicly specified on the referenced seller page
Interfaces Not publicly specified on the referenced seller page

Tip: If you send me the CL-1 PDF datasheet (or paste the spec table), I can instantly replace the placeholders with a complete spec sheet.

Typical applications

  • Embodied AI validation on real hardware (sim-to-real pipelines)
  • Locomotion research across stairs, slopes, and irregular terrain
  • Data collection via teleoperation for learning-based control
  • Industrial mobility R&D (warehouse-style navigation and handling experiments)

FAQ

Is CL-1 suitable for outdoor environments?

CL-1 is positioned for both indoor and outdoor environments, using real-time terrain perception to adapt locomotion.

What makes CL-1 different from scripted walking demos?

CL-1 emphasizes active perception + integrated gait planning and motion control so it can adapt online instead of relying on static motion patterns.

 

 

Seller Logo

Seller Short Description

Bipedal GmbH is a specialized European robotics company and distributor focused on advanced humanoid and autonomous robotic systems. The company provides innovative robotics platforms, components, and expert support to make complex robotic technology accessible for research, development, and industrial applications.

Seller Description

Bipedal GmbH is a specialized European robotics company and distributor focused on advanced humanoid and autonomous robotic systems. The company provides innovative robotics platforms, components, and expert support to make complex robotic technology accessible for research, development, and industrial applications.

Specifications