Skip to main content
Back to Tools
B

Built Robotics

AIRobotics

Autonomous heavy equipment for earthwork and pile driving

Built Robotics interface screenshot

What is Built Robotics?

Retrofit autonomy for excavators and a robotic pile driver that let heavy equipment work sites autonomously.

San Francisco; autonomous heavy equipment pioneer

Key strengths

  • Exosystem retrofits standard excavators for autonomy
  • RPD 35 autonomous pile driver for solar farms
  • $112M raised from Tiger Global, NEA and Founders Fund

Common use cases

autonomous excavation, solar farm pile driving, earthwork automation, heavy equipment robotics, trenching, site labor shortage

Limitations to know

Focused on earthwork and solar pile driving

At a glance

Category
Robotics
Best for
General Contractor, Civil Engineer, Foreman
Project phase
Construction
Typology
Infrastructure, Industrial
Pricing
Contact for pricing

Frequently asked questions about Built Robotics

What is Built Robotics?

Retrofit autonomy for excavators and a robotic pile driver that let heavy equipment work sites autonomously. Built Robotics is a Robotics tool in the AEC Hub directory.

Who is Built Robotics for?

Built Robotics is best suited for general contractor, civil engineer, foreman working in the construction phase, particularly on infrastructure, industrial projects.

How much does Built Robotics cost?

Built Robotics does not publish pricing — contact the vendor for a quote. Check their website for current plans and trials.

What are the key strengths of Built Robotics?

Exosystem retrofits standard excavators for autonomy. RPD 35 autonomous pile driver for solar farms. $112M raised from Tiger Global, NEA and Founders Fund.

What are alternatives to Built Robotics?

Top-rated Robotics alternatives in the AEC Hub directory include Dusty Robotics, Gravis Robotics, All3.

Free AI strategy workshop for your firm

A one-hour working session: your workflows, the right tools, and quick wins you can start this month. Free, no obligation.