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A second S-band radar site enables LeoLabs to track and maintain custody of objects smaller than 0.1 m.
LeoLabs completed the Costa Rica Space Radar nine months after breaking ground.
LeoLabs operates three space-scanning radars and a cloud-based software platform that analyzes location data on space objects to develop collision alerts.
A fourth LeoLabs radar is being built in Costa Rica and two more sites were planned for 2022.
LeoLabs currently tracks 14,000 satellites and pieces of debris and expects to be tracking 250,000 two years from now.
Partnerships between companies like LeoLabs and SpaceX are improving SSA service development.
The Defense Innovation Unit invested in space surveillance startup LeoLabs, which tracks satellite activities in low Earth orbit with a network of phased-array radars.
LeoLabs is a tracking company that monitors potential orbital collisions.
Last month, LeoLabs flagged a potential collision between an old Soviet satellite and a Chinese upper stage rocket body.
Companies such as ExoAnalytics and LeoLabs provide space situational awareness data using ground-based telescopes and radars.
LeoLabs unveiled a collision-avoidance service earlier 2020.
LeoLabs plans to construct a phased-array radar in Costa Rica to track objects as small as two centimeters across in low-inclination orbits.
Each additional radar in LeoLabs’ network improves the company’s ability to track objects in orbit.
If the COVID-19 pandemic does not impede construction, LeoLabs plans to begin operating the new Costa Rica radar in early 2021.
LeoLabs’ Kiwi Space Radar began tracking objects as small as two centimeters in 2019.
Once the Costa Rica radar is operating, LeoLabs will be able to offer collision-avoidance services for currently untracked objects.
LeoLabs selected Costa Rica as the site for its new radar based on the nation's equatorial location and its commitment to environmental responsibility.
LeoLabs’ radars in Alaska and Texas are designed to track objects as small as 0.1 m.
LeoLabs is building a global network of phased array radars to map low Earth orbit and provide collision-avoidance services to satellite operators.
LeoLabs tracks satellites and debris in low Earth orbit using ground-based phased array radars.