Robot Crews Install Solar Panels at Amazon Site
Maximo's robot-equipped crews are deployed at Amazon's Bellefield solar field, with the company reporting nearly doubled output at comparable sites.
Updated on Nov. 3, 2026 in Robotics
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Maximo has completed its 300,000th construction task, with its robot-equipped crews installing up to 24 solar panel modules per hour per person at Amazon's Bellefield solar field. The work is deployed in the field, not a pilot, and the Bellefield project is set to eventually reach over 1 GW of solar generating capacity.
Why it matters
Maximo's robotics are being applied to the physical labor of solar construction, a bottleneck that software-only AI has not addressed. The deployment is intended to speed Amazon's carbon-reduction goals and to lower installation costs as fossil fuel prices climb.
Maximo's version 3.0 robot-equipped crews install up to 24 solar panel modules per hour per person, and at full tilt have nearly doubled the output of traditional methods at similar Southern California solar sites. The company reports 300,000 completed construction tasks, though the source does not provide independent verification of the doubling claim or the error rates behind it.
The players
Maximo
A construction-robotics company whose version 3.0 robot-equipped crews handle solar panel installation at scale.
Amazon
The company deploying Maximo's robots at its Bellefield solar field to reduce its carbon footprint.
NVIDIA
A chipmaker whose AI infrastructure, Omniverse libraries and Isaac Sim were used to develop and test Maximo's robotic capabilities.
Amazon Web Services
Amazon's cloud division, which powers the development, deployment and operation of Maximo's AI-driven field systems.
The details
Maximo developed its robotic capabilities using physics-based simulation and AI-driven modeling, testing updates before deploying them in the field. Amazon Web Services supplies the scalable computing, automated software delivery and real-time construction intelligence that lets Maximo collect operational robotics data and improve performance over time. The system was built on NVIDIA AI infrastructure, NVIDIA Omniverse libraries and NVIDIA Isaac Sim, which are tools for simulating and refining robots before they touch a real site.
Timeline
Summer 2026: Maximo engineers completed the first half of the Bellefield complex.
November 3, 2026: Maximo announced its 300,000th construction task completion.
The Tech Race
Maximo's field deployment sits alongside NVIDIA's push to make simulation tools like Isaac Sim the standard path to robot development. The Bellefield project shows that approach being tested on physical solar construction, where Maximo plans to extend its robots into pick-and-place, site logistics and cleanup.
The robots are in use at a live Amazon site now, and the company has not announced pricing or availability for other builders. Maximo plans to extend the robots beyond solar into construction tasks requiring pick-and-place, feeding and attaching, site logistics and site cleanup, but no dates have been given.
The takeaway
Watch whether Maximo publishes independent output data for the Bellefield site as the full 1 GW build proceeds. The company's stated next step is extending its robots into non-solar construction tasks, and any announced dates for that expansion would show whether the simulation-first approach generalizes.
Further reading
For more on the machines doing physical work, see Robotics coverage across the United States.
Source note: This article includes information reported by Electrek.
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