KORTHOS / ECOSYSTEM / PRODUCT

MagicDog-W

About

About MagicDog-W

MagicDog-W combines four driven wheels with articulated robot legs. It rolls efficiently across roads and floors, then changes leg posture to climb steps, cross obstacles and stabilise the body on uneven ground. High-torque joint control supports rapid movement and recovery during dynamic manoeuvres.

The platform carries cameras and onboard computing for navigation, interaction and developer applications. MagicLab provides low-level and high-level control interfaces for mobility research, inspection and demonstration work. The wheel-legged architecture gives users one platform for testing both high-speed rolling and terrain-adaptive locomotion.

Capabilities

Source-backed capabilities

  • Capability areas: Autonomous navigation
  • Workflows: Industrial inspection
  • Operating environments: Outdoor field environment
  • Deployment model: Quadruped robot used for mobility development, demonstrations and controlled task testing.
  • Dynamic locomotion

    Claimed - MagicLab presents MagicDog-W for wheeled and legged traversal across stairs and uneven ground.

    Source
  • Stair climbing

    Claimed - MagicLab presents MagicDog-W for wheeled and legged traversal across stairs and uneven ground.

    Source
  • Multi-terrain locomotion

    Claimed - MagicLab presents MagicDog-W for wheeled and legged traversal across stairs and uneven ground.

    Source

Research

  • fan-ziqi/robot_lab

    2024-07-06 - Research Publication - The source registers exact model-specific Isaac Lab environments for tracked quadruped, wheeled-quadruped and humanoid platforms.

    Source

Context

Market context

Wheeled quadruped hybrid for mixed rolling/legged mobility, functional expansion, and terrain flexibility.

  • Target environment: Robotics labs, developer environments, indoor test spaces and light field terrain.
  • Workflow context: Legged mobility, wheeled-leg movement, autonomous navigation, remote operation and robotics testing.
  • Deployment model: Quadruped robot used for mobility development, demonstrations and controlled task testing.
  • Commercial maturity: Public quadruped robot product from MagicLab.
  • Adoption constraints: Requires terrain validation, control software, safety testing, charging support and application-specific development.
  • Market position: Wheeled-leg quadruped for teams developing mobile robotics applications across structured and semi-structured environments.
  • Adjacent products: Quadruped robot for mobility research, field testing and developer robotics workflows.

Comparable Systems

Related Systems