DartSolar to Begin Solar System Deliveries in 2026

The manufacturer plans to launch its modular, vehicle-mounted solar hardware starting in December 2026.

Updated on Oct. 28, 2026 in Electric Vehicles

Bold vector editorial illustration showing a modular solar panel array mounted on a car roof rack against a clear background. — DartSolar plans to begin deliveries of its modular, vehicle-mounted solar systems in December 2026, offering off-grid electricity for passenger and recreational vehicles. AI Illustration. Upload story photo >

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DartSolar will begin pre-order deliveries for its vehicle-mounted solar system in December 2026. The modular hardware is designed to provide off-grid power to passenger cars, light trucks, and recreational vehicles.

Why it matters

The system offers mobile energy independence for various vehicle types by mounting directly to existing roof racks or truck beds without needing structural modifications. It provides a scalable solution for users requiring reliable off-grid electricity while traveling.

Each modular unit generates 500 W of power, allowing a setup of four modules to reach a 2,000 W capacity. The array extends to a deployed length of 15 feet and utilizes a 4 mm polycarbonate shell to withstand testing speeds of 100 mph.

The players

DartSolar

This Los Angeles-based manufacturer specializes in vehicle-mounted solar technology and hardware design.

The details

The system utilizes a multi-angle quick-release locking mechanism for deployment and remains secure at a recommended maximum travel speed of 70 mph. DartSolar has released 3D CAD files for the system's structural plastic components to support integration.

Pre-order deliveries for the solar system will commence in December 2026.

Roadmap

The introduction of this modular array marks a significant move toward vehicle-integrated solar power rather than relying on portable power banks. It shifts the industry trajectory toward roof-mounted generation as a primary energy source for off-grid travel.

Drivers can expect to mount the system onto standard roof racks or truck beds without performing any structural modifications to their vehicles. Users should adhere to the 70 mph travel speed limit when the array is in use to ensure safety and equipment integrity.

The takeaway

This technology enables drivers to leverage solar power for off-grid electricity needs during extended trips. Travelers should plan to verify their vehicle roof rack weight ratings before attempting to install modular solar units.