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Steered laser beams deliver high-density energy over distance, then are converted back into electricity for load use, such as in-air drone recharging.
How it works
Our transmitter converts electrical energy into a laser beam, shapes it, steers it, then propagates it over kilometer-scale distances.
The laser transmits through the atmosphere with minimal absorption and scattering, maintaining a low-divergence for maximum on-target intensity. Automatic safety shutoff sensors prevent unsafe exposure levels for users near the system during operation.
Our lightweight photovoltaic receiver, tuned to our laser’s wavelength and sealed in a rugged enclosure, efficiently converts incoming photons into reliable electrical power.
Applications include in-flight drone recharging, dismounted soldier power, and unmanned ground vehicles.
Results
During our DARPA SBIR Phase 1, we demonstrated high‐efficiency, eye-safe static laser power beaming. With these results, we are developing new solutions with intelligent control, delivering continuous, safe, and adaptable performance for mission‐critical settings.
Want to find out more about us?
Contact us to learn more about our products and explore solutions tailored to your needs. We’re here to help you power the future. Reach out today and let’s start building tomorrow’s technology together.
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