Maximo Robotics Profile: Solar Robots and Pay-Per-Task

What Maximo Robotics Does

Maximo Robotics sells a finished construction task: the autonomous, millimetre-precision placement of heavy utility-scale solar modules. On its website, Maximo Robotics, LLC describes itself as a physical artificial intelligence (AI) platform for construction that combines autonomous robots, AI-powered perception and planning, and fleet-scale operational intelligence. Utility-scale solar is the anchor vertical, and Maximo's contract expansion options include module attachment and field logistics.

On 29 October 2026, Maximo said its U.S.-made robotics systems had completed more than 300,000 construction tasks, according to a release carried by Robotics Tomorrow. Current projects span six large EPC contractors, multiple project owners, and sites in California, Illinois, Kansas, Louisiana, New York, Texas and Washington. Each of these figures is Maximo's own claim.

At The Bot Scout, we have not tested a Maximo robot or spoken to any Maximo customer. For other robots built for building sites, see our construction robots guide.

How Maximo Charges for Robot Work

Maximo charges EPC customers per task completed, under a model it calls performance-based robotics-as-a-service. Maximo says the arrangement ties its revenue directly to installation throughput.

Maximo has not published a price for any of its work, whether per task, per robot, or for a lease or contract. Amazon's undated article reports AES's claim that Maximo can cut installation timelines and costs by as much as 50%, but it attaches no dollar figure to that claim.

If you run an EPC crew or develop solar projects, ask Maximo for commercial terms directly through its website. A per-task price only means something next to your own labour cost per module on the same block of work. Bring these questions to the first call so the Maximo quote can sit beside a manual crew bid.

• The price per placed module, and what counts as one completed task
• Whether module attachment and field logistics are priced as separate tasks
• Minimum contract size, contract term and any mobilisation charge
• Who supplies the crew members who work alongside Max 4.0
• How the bill changes when weather or site conditions stop the robots
• Which shift pattern the quoted throughput assumes

Inside the Max 4.0 Platform

Max 4.0 is Maximo's integrated physical-AI platform, combining proprietary AI models, robot hardware and operational intelligence in what Maximo calls a closed-loop learning system. Each completed task generates deployment data, and Maximo says that data improves future deployments. The March 2026 release called version 4.0 an upcoming major release, and the October 2026 release calls Max 4.0 newly released.

Maximo has not published Max 4.0's dimensions, weight, payload, battery capacity or runtime. Without those figures, you cannot compare Max 4.0 hardware with any other robot on paper. Ask Maximo for them through its website, along with the module weights the robot is rated to place and the number of shifts it covers per charge.

The March 2026 release says NVIDIA supplied AI infrastructure, including Omniverse libraries and the Isaac Sim robotics simulation framework, used to develop and test the robots before deployment. Amazon Web Services (AWS) supplied computing, software delivery and analytics. Maximo's about page lists NVIDIA, KUKA and AWS as advisors and collaborators. For how robot fleets are run as a workforce, see our physical AI workforce guide.

• Cortex: vision and planning models that perceive the jobsite, plan construction tasks and enable autonomous site mobility.
• Form: a growing family of fit-for-purpose robots and tooling for demanding construction sites, including extended multi-shift operation, meaning a robot can keep working across more than one shift. Maximo's site calls the robot Max.
• IQ: a service performance management platform, called MaxIQ on the site, with a continuous training loop for Cortex, providing fleet intelligence, deployment analytics and operational feedback loops, which is how Maximo says each completed task improves later deployments.
• Planned scope: Maximo says the architecture is designed to expand from solar into pick and place, feeding and attaching, site logistics and clean up.

Where Maximo Has Installed Solar

Maximo's named project with a published size is AES' Bellefield complex, where Maximo said in a 25 March 2026 release that it had installed 100 megawatts (MW) of utility-scale solar. A fleet of four Maximo 3.0 robots worked in parallel alongside skilled union technicians. Maximo said the technical performance rate consistently exceeded one module per minute.

The same release says crews installed up to 24 modules per shift hour per person. Maximo called that rate nearly double traditional methods in the region.

Amazon's undated article names the Oak Ridge Solar Farm in Louisiana as Maximo's utility-scale debut and says Maximo was moving next to the Bellefield project in Kern County, California. Amazon describes the robot placing panels with computer vision. Louisiana and California are both on the seven-state list from October 2026.

Primoris Services Corporation's Renewables business helped advance Maximo's use in utility-scale solar construction and integrated the technology into field operations, according to the October 2026 release. That release quotes Matt Tetrault, President of Primoris' Renewables business. Maximo has not named its other EPC customers or project owners. Illinois, Kansas, New York, Texas and Washington have no published project names, and only Bellefield has a published megawatt total.

Ownership Ties to The AES Corporation

Current ownership of Maximo Robotics is not stated in its latest materials. The March 2026 release described Maximo as a solar robotics company incubated by The AES Corporation and gave no ownership stake. Amazon's undated article went further and said Maximo was "invented and owned by" AES.

The 29 October 2026 release from Maximo Robotics, LLC does not mention AES, and neither does Maximo's about page. Neither of those sources says whether AES's role has changed since March 2026. If supplier ownership matters to your procurement rules, ask Maximo through its website who owns Maximo Robotics, LLC today.

Chris Shelton is chief executive officer (CEO) and co-founder, and the March 2026 release called him President of Maximo. Deise Yumi Asami is vice president and co-founder. The about page also lists Bob Milius (Finance), Nico Riehl (Product), Taylor Sloane (Operations), Diego Botelho (Engineering), Liam Dorney (Digital) and Clayton Halstead (Field Operations). Maximo has not published its headquarters location, founding date, investors or funding.

Maximo Robotics Fact Sheet

Every published Maximo figure appears in the table with its source, along with the items Maximo has not published. Rows marked as Maximo's claim come from press releases, and no independent test or customer-published measurement was found. Use the Not published rows as the question list for a first call with Maximo, since a bid comparison needs the price and hardware figures.

Two dates matter when reading the table. The Bellefield figures come from the 25 March 2026 release and describe Maximo 3.0 robots. The 300,000-task count and the Max 4.0 2.5 times claim come from the 29 October 2026 release. Only the October productivity claim names a robot version, so do not treat the two rates as a like-for-like comparison.

Checks Before Relying on Maximo's Numbers

Every productivity figure about Maximo comes from Maximo or AES, and no independent test or customer-published measurement was found at the time of writing. That covers the 2.5 times rate, the 24 modules per shift hour, and the AES claim in Amazon's article of cutting installation timelines and costs by as much as 50%.

The two Maximo productivity claims use different baselines and periods. The March 2026 figure compares crews with traditional methods in the region, while the October 2026 figure compares Max 4.0 crews with their own manual installation rates. Neither release states the baseline number, so one claim cannot be converted into the other.

Ask Maximo through its website for the baseline crew size, module type and site conditions behind each claim before you put either number into a bid.

Verdict on Who Should Use Maximo

Maximo Robotics matters most to EPC contractors and utility-scale solar developers deciding whether to put robot-assisted crews on module installation. Maximo's October release cites a study by Associated Builders and Contractors saying the U.S. construction market could see a shortfall of more than 450,000 jobs by 2027.

Maximo is the wrong fit if you want to buy or lease a robot outright, because Maximo publishes no robot price or lease terms and sells completed tasks. Anyone who needs hardware specifications before a bid should also hold off, since Maximo has not published Max 4.0's weight, payload, battery or runtime. For robot makers listed by category, see our industrial robot companies page.

Two developments would change this verdict: a named customer publishing its own measured install rates with Max 4.0, or Maximo publishing a per-task price. Either one would let an EPC contractor compare a Maximo bid with a manual crew on cost per module. Until one appears, request both the price and the baseline data from Maximo through its website before you plan a bid around robot crews.

Recent news

A dated log of developments, each tied to its primary source.

• 2026-10-29 — Maximo Robotics said its robots have completed more than 300,000 construction tasks under performance-based robotics-as-a-service contracts, and that crews working with Max 4.0 install at 2.5 times manual rates per person per shift hour (Maximo's own claim). Robotics Tomorrow
• 2026-03-25 — Maximo said it had installed 100 MW of utility-scale solar at AES' Bellefield complex with a fleet of four Maximo 3.0 robots working in parallel. PR Newswire