Bedrock Robotics Secures $600 Million in Series C
The construction automation firm reaches a $4.1 billion valuation to address growing skilled trade labor shortages.
Updated on Oct. 26, 2026 in Robotics

Live Poll
Do you support increasing the use of autonomous robotics to fill construction labor shortages?
Bedrock Robotics raised $600 million in Series C financing, bringing its total funding to nearly $1 billion. The investment values the autonomous construction company at $4.1 billion.
Why it matters
The company develops physical AI to retrofit heavy machinery for autonomous use, helping contractors manage a labor market where 1.7 million skilled trades positions must be filled annually through 2035.
Bedrock Robotics uses physical AI to retrofit existing heavy construction equipment with autonomous capabilities. These systems allow machinery to adapt to real-time conditions on live commercial job sites.
The players
Bedrock Robotics
This company develops autonomous systems that retrofit existing heavy construction machinery.
CapitalG
This growth equity investment fund co-led the company's latest round of financing.
Emergence Capital
This venture capital firm specializes in enterprise software and co-led the Series C investment.
Amy Jones Satrom
She serves as the Vice President of Operations at Bedrock Robotics.
Lando Juarez
He serves as the General Counsel at Bedrock Robotics.
The details
Bedrock Robotics more than doubled its customer volume since 2025 and recently expanded into Minnesota, Florida, Virginia, Colorado, Missouri, Georgia, and Arkansas. The firm also successfully deployed its technology at a remote site in Texas through the contractor Haydon.
Timeline
2024: Bedrock Robotics was founded.
2025: This year serves as the baseline for the company's customer volume growth.
Mid-August 2026: Autonomous excavators began performing paid work on commercial job sites.
October 26, 2026: Bedrock Robotics announced its Series C financing round.
The Tech Race
Bedrock Robotics is positioning itself against traditional construction labor models by automating heavy equipment operations. This reflects a broader shift toward integrating physical AI into sectors previously reliant on manual, skilled labor to bridge widening employment gaps.
The adoption of autonomous machinery could lead to increased operational efficiency and shorter construction timelines for large-scale commercial projects. These advancements aim to mitigate the impact of labor shortages on project completion schedules across the country.
The takeaway
The rapid influx of capital into construction automation highlights a major pivot toward technological solutions for persistent labor shortages. Contractors and project developers should monitor these autonomous systems as they increasingly integrate into standard job site operations.
Further reading
For more on the latest trends in the field, see the latest updates on Robotics.
Live Poll
Do you support increasing the use of autonomous robotics to fill construction labor shortages?










