LIDAR synoptic space DOMAIN awareness
Comprehensive interrogation of Low Earth Orbit enables object discovery, tracking, and orbit custody
About DPAL.Space
Our Technology
Our Technology
Our Technology
Diode-pumped alkali laser (DPAL) illumination at megahertz rates combined with a Faraday Anomalous Dispersion Optical Filter (FADOF) for background-free detection enables orbital custody of most objects in LEO within a few years.
Our Experience
Our Technology
Our Technology
With a 20 year background in medical devices and 12 year's experience developing DPAL for Directed Energy missile defense, the DPAL Space team has a proven track record of innovation, simulations, prototype development, and deployed solutions.
Our Culture
Our Technology
Our Culture
At DPAL Space, we recognize that Space Domain Awareness is enhanced by disruptive innovators from private industry teaming with Government stakeholders.
TOTAL AWARENESS with DPAL.Space
Dr. Hersman and Dr. Distelbrink align DPAL pump laser prototype with its ultra-narrow spectral line, commercial technology partially funded by US Air Force for dual-use.
Gas circulator provides three flowing gas streams, each with precise control of temperature, pressure, gas mixture, velocity and rubidium vapor concentration.
First light beam from world's only DPAL capable of high power output at one-fifth atmosphere within an ultra-narrow linewidth.
Dr. Ruset performs final checks of vacuum integrity and thermal control performance before encasing the gas circulator in thermal insulation.