Sesame Solar, Target Arm and AG3 Labs have partnered to launch what they describe as the first Made-in-USA persistent drone operations nanogrid. The system is designed to deliver continuous, grid-independent power for drone operations, with initial targets in defense, public safety and remote inspection. A nanogrid typically combines solar generation, battery storage and intelligent energy management to support frequent takeoffs, landings and sustained missions where reliable electricity is unavailable. The collaboration emphasizes domestic manufacturing and supply chain autonomy, reflecting a broader U.S. trend toward localizing drone energy infrastructure.
This means commercial operators can reduce reliance on diesel generators and fixed charging sites, lowering logistics complexity and emissions while improving availability in emergency and remote missions. It also signals a shift from single-aircraft endurance toward system-level energy assurance for drone fleets. For procurement teams, the Made-in-USA positioning may simplify compliance with domestic sourcing requirements and reduce exposure to global supply chain disruptions.
| Item | Detail |
|---|---|
| Partners | Sesame Solar, Target Arm, AG3 Labs |
| System Type | Persistent drone operations nanogrid |
| Claimed Status | First Made-in-USA persistent drone operations nanogrid |
| Core Functions | Solar generation, battery storage, intelligent energy management |
| Target Sectors | Defense, public safety, remote inspection |
| Publish Date | 2026-10-08 |
According to the announcement, the nanogrid is intended to support persistent drone missions where fixed charging infrastructure is unavailable. The partners position the system as a step toward domestic energy assurance for drone fleets, rather than relying solely on aircraft battery endurance. Read more at the original source.
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