Nanogrid System Launched for Autonomous Drone Operations

The integration of mobile solar and hydrogen power enables continuous drone missions without the need for fuel resupply.

Updated on Oct. 8, 2026 in Robotics

Isometric editorial illustration featuring a modular power trailer and robotic arm servicing a small unmanned aircraft in an open field. — Sesame Solar, Target Arm, and AG3 Labs have introduced a mobile nanogrid system, enabling continuous autonomous drone operations through solar and hydrogen power. AI Illustration. Upload story photo >

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Sesame Solar, Target Arm, and AG3 Labs have launched the Persistent Drone Operations Nanogrid, a system designed for autonomous drone deployment. The platform utilizes solar and hydrogen energy to support 24/7 drone operations.

Why it matters

This development addresses supply chain vulnerabilities by aligning with federal mandates to shift drone manufacturing to domestic producers. By eliminating fuel resupply needs, the system enables persistent unmanned aircraft monitoring in remote or mobile environments.

The system supports 24/7/365 drone coverage capability using solar and hydrogen power. The Ralar system utilizes automated drone magazines to cycle aircraft through launch and recovery, effectively enabling autonomous flight from moving boats or vehicles.

The players

Sesame Solar

A provider of renewable energy infrastructure specializing in mobile, fossil-fuel-free power systems.

Target Arm

A robotics firm focused on the development of automated launch and recovery systems for unmanned aerial vehicles.

AG3 Labs

A defense-focused aerospace company that engineers the SPADE and EMBER platforms for specialized unmanned flight.

The details

The Nanogrid integrates mobile power hubs with robotic arms and attritable—or cost-effective and expendable—unmanned aircraft. The Ralar system serves as the core automation component, using mechanical drone magazines to cycle aircraft in and out of operation. AG3 Labs contributes the SPADE and EMBER drone platforms, which are designed to function within this energy-independent ecosystem.

October 8, 2026: The Nanogrid solution was launched.
2026: The Department of Defense moved to source drones domestically.

The Tech Race

This integration follows a trend set by the 2026 Department of Defense push to move drone sourcing back to the United States. The system directly responds to Executive Order 14307 by creating a domestic supply chain for hardware that previously required foreign components.

The platform is available as a standalone unit or in sets of up to twelve, targeting operations that require sustained aerial surveillance. The system replaces traditional fuel-dependent drone logistics with a self-contained, solar and hydrogen-powered alternative.

The takeaway

The industry is shifting toward self-sustaining, mobile drone infrastructures that reduce dependency on traditional fuel and offshore supply chains. Observers should track upcoming domestic manufacturing contracts as defense agencies continue to implement the requirements of Executive Order 14307.