RBQ Series Context

Market context

Quadruped robot platform developed for industrial inspection and operation in complex environments, leveraging Rainbow Robotics' expertise in legged locomotion beyond humanoid systems.

  • Target environment: Industrial sites, outdoor terrain, patrol routes and inspection environments that need legged mobility.
  • Workflow context: Legged mobility, inspection, patrol, payload carriage, remote sensing and field robotics operation.
  • Customer context: Industrial inspection teams, security operators, researchers and public-sector users evaluating quadruped robots.
  • Deployment model: Commercial or available product positioned for customer use, integration or developer adoption.
  • Commercial maturity: Publicly presented as commercial or available, with maturity depending on deployment scale and support coverage.
  • Adoption constraints: Adoption depends on terrain performance, autonomy, battery life, payload integration, ruggedness and support.
  • Market position: RBQ Series sits in the quadruped lane, where mobility, payload support and field reliability separate products.
  • Adjacent products: ANYmal, Spot, Unitree B2, Deep Robotics X30

Audience

Defense

Workflow

Legged mobility, inspection, patrol, payload carriage, remote sensing and field robotics operation.

Deployment environment

Industrial sites, outdoor terrain, patrol routes and inspection environments that need legged mobility.

Specifications

  • Variants: RBQ-3 and RBQ-10
  • Rbq 3 Dimensions Mm: 550 × 350 × 400
  • Rbq 3 Weight Kg: 25 kg
  • Rbq 3 Payload Kg: 3 kg
  • Rbq 3 Runtime H: Up to 3 h
  • Rbq 3 Speed Kmh: 7.2 km/h
  • Rbq 3 Slope Percent: 40 %
  • Rbq 3 Step Cm: 8 cm
  • Rbq 10 Dimensions Mm: 945 × 440 × 565
  • Rbq 10 Weight Kg: 37 kg
  • Rbq 10 Payload Kg: 10 kg
  • Rbq 10 Runtime H: Up to 3 h
  • Rbq 10 Speed Kmh: 4 km/h
  • Rbq 10 Slope Percent: 40 %
  • Rbq 10 Step Cm: 12 cm

Comparable Systems

  • Go2-W - Unitree - Quadruped
  • X30 - Deep Robotics - Quadruped
  • Spot - Boston Dynamics - Quadruped

View RBQ Series overview