Build Your Own Custom Industrial Quadruped

B2 Robot Industrial Quadruped

Introducing the second generation of the B2 Industrial Quadruped. The B2 Industrial Quadruped is the workhorse of the UniTree® Line of robots. Featuring a variety of equipment options for a multitude of scenarios ranging from inspection, security to fire & rescue and more. Completely customize your build below or get started with one of our popular pre-built configurations specific to a particular deployment.

$85,900.00

  1. Weight (with battery): about 60kg
  2. Length, width, and height (when standing): about 1098mm x 450mm x 645mm
  3. Endurance: continuous walking with no load – more than 20km or more than 5 hours
  4. Continuous walking with a load of 20kg – more than 15km or more than 4 hours
  5. Can go up and down stairs of 40cm in the forward direction
  6. Continuous walking load capacity: ≥40kg
  7. Maximum speed: 5m/s
  8. Battery capacity: 45Ah, rated energy: 2250Wh, maximum support for 15A charging
  9. Built-in multi-group depth camera and multi-group high-definition camera
  10. Ability to ignore terrain and adjust gait and landing point in real-time

Or Start with One of Our Pre-Built Configurations

B2 Quadrupeds Include the Following Features & Specs

Standard On All Quadrupeds We Ship

Weight

Weight with battery, begins at only 132lbs.

Dimensions

Length, width, and height (when standing): Length: 43 inches x Width: 18 inches x Height 25 inches

Range

Continuous walking with no load – over 12.5 miles or more than 5 hours!. Continuous walking with a load of 20kg – more than 15km or more than 4 hours

Strength

Strong! The B2 Quadruped can carry a ma load of 88lbs.

Climbing

Can climb stairs at a maximum height of 15 inches.

Fast

Maximum speed: 16.5 ft/s or 11mph!

Battery

Battery capacity: 45Ah, rated energy: 2250Wh, maximum support for 15A charging.

Onboard Cameras

Built-in multi-group depth camera & a multi-group high-definition camera.

Obstacle Avoidance

Intelligent. B2 has the ability to ignore obstacles and adjust its gait and landing points in real-time.

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