Libra RoboticsBook a Demo

Designed for the solar field.

Multiple product series support installation and module transportation across fixed-tilt and single-axis-tracker systems.

Discuss a Pilot
Libra Robotics pick and place solar installation robot

Project fit at a glance.

Use these published parameters to identify the right starting configuration before a compatibility review.

ApplicationsUtility-scale, commercial and industrial, community solar, and agrivoltaics
Panel compatibilityUp to 100 × 60 in (2.54 × 1.52 m) and 250 lb (113 kg)
Racking compatibilityMainstream fixed-tilt and single-axis-tracker systems
Field statusDemonstrated in the United States and deployable today

Platform specifications

Robots for installation and continuous module supply.

Libra-001A integrated wheeled solar installation robot with robotic arm
Integrated installation platform

Libra-001A

  • 40-hour continuous runtime with auxiliary fuel tank
  • 463 lb (210 kg) robotic-arm payload with 0.004 in (0.1 mm) precision
  • 15+ sensors for vision, force, and motion sensing
  • 8-wheel tri-drive platform for sand, slopes, and soft soil
  • 3,307 lb (1,500 kg) onboard panel storage capacity
Libra-002A large tracked solar installation robot with robotic arm
Tracked installation robot

Libra-002A

  • 463 lb (210 kg) payload
  • Battery or diesel power for continuous operation
  • 45° maximum operating slope and zero-turn radius
  • Up to 13.1 ft (4 m) compatible racking height
  • Day and night operation with autonomous navigation
  • 3 mph (4.8 km/h) maximum travel speed and ±0.004 in (0.1 mm) installation accuracy
Libra-002B compact tracked module transportation robot with forks
Tracked transport robot

Libra-002B

  • 3,307 lb (1,500 kg) payload
  • Battery or gasoline power for continuous operation
  • 45° maximum operating slope and zero-turn radius
  • Fork lift height up to 4.9 ft (1.5 m)
  • Fork tilt range from -10° to 90°
  • Autonomous navigation and 5 mph (8.0 km/h) maximum travel speed

How it works

From panel pickup to field installation.

01

Panel pickup

A robotic suction end-effector lifts large-format PV modules from the staging area.

02

Rack-relative alignment

Vision and positioning systems align the module with the tracker structure.

03

Panel placement

The robot places the module onto the rack with controlled motion and precision.

04

Fastening and QC

Autonomous fastening and QC complete the installation workflow.