The most expensive part of any solar farm is not the panels. It is the human labor required to lift, carry, and bolt them into place under a punishing sun. The same arithmetic applies to building a house, especially one designed to be fire-resistant and net-zero. This is the gap where Cosmic Robotics has parked its first mobile microfactory, a shipping container packed with ABB robots, now sitting in Pacific Palisades, California, to help rebuild homes lost to wildfire [ABB News, 2025].
A wedge in disaster and decarbonization
Cosmic’s bet is that the twin pressures of climate-driven disasters and the urgent need for clean energy infrastructure create a unique opening for automation. The company is focusing on two specific, high-value tasks: fabricating custom wall panels for fire-resistant homes and installing solar farms. The promise is a 70% reduction in build time and a 30% cut in costs versus traditional methods, claims the company made in announcing its partnership with industrial robotics giant ABB [ABB News, 2025].
The team and the traction
Co-founders James Emerick and Lewis Jones cut their teeth on this problem during an Autodesk Research Residency, where they prototyped solar farm robots using off-the-shelf components [Autodesk, 2023-2024]. Emerick, the CEO, brought field experience from Built Robotics. Jones, the CTO, handles the technical architecture. Their early work has evolved into two product lines: the Cosmic 1-A, an eight-wheeled autonomous robot that tows its own solar trailer and can lift 90-pound panels, and the mobile microfactory concept for home construction [Forbes, 2026] [DevCuration, 2026].
| Component | Role | Partner/Status |
|---|---|---|
| Cosmic 1-A Robot | Autonomous solar panel installation | Deployed on live U.S. projects |
| Mobile Microfactory | On-site fabrication of home wall panels | In use with ABB robots in Pacific Palisades [ABB News, 2025] |
| AI BIM Platform | Drives robotic fabrication from digital models | Integrated with ABB’s RobotStudio [ABB News, 2025] |
| SunRobi | Certified installation & operations partner | First named operator |
Where the wheels could come off
Cosmic Robotics is attempting physical automation at a project site. The risks include:
- Site variability. Every parcel of land is different. A robot trained on one solar farm layout or one home design must handle uneven terrain, weather, and last-minute design changes.
- Capital intensity. Building and deploying hardware robots is expensive. The company has raised an undisclosed amount, reported to be in the realm of $4 million, from investors like Pareto Holdings and Giant Ventures [Crunchbase, 2026].
- Ambition vs. focus. The company’s mission statement ties building on Earth to “pioneering technologies to enable humanity to build beyond Earth” [AshbyHQ, 2026]. Meanwhile, its near-term goal is to build 100 homes by 2027 [The Robot Report, 2025].
The unit economics of a robotic arm
If a traditional crew of four installs 100 solar panels in a week, the all-in labor cost might be $20,000. A 30% cost reduction promises $6,000 in savings per week. The real test is whether Cosmic’s system, robot, software, maintenance, and operational support, can be delivered at a price that leaves a healthy margin while still undercutting the human-led bid. The robot doesn’t need to be perfect; it just needs to be reliably, demonstrably cheaper and faster, one panel and one wall at a time.