BlackSky Doubles Down on Aussie NEI Partnership
HEO’s software platform, called HEO Inspect, now has the ability to autonomously task BlackSky’s Gen-2 satellites.
Stories about the problems posed by trash in orbit, and initiatives from both governments and industry to clean it up.
HEO’s software platform, called HEO Inspect, now has the ability to autonomously task BlackSky’s Gen-2 satellites.
Xona Space Systems’ fleet of next-gen PNT sats will be fitted with docking plates supplied by in-orbit servicing firm Astroscale, to ensure the venture leaves no space trash behind.
TraCSS was once a signature Trump policy, stemming from Space Policy Directive-3. Now, that same directive might be the undoing of TraCSS.
Unlike the rest of LeoLabs’ fixed radar tech, Scout is a mobile radar platform that can be deployed anywhere in the world.
The purchase marks the first large-scale order for Astroscale, which has flown two test missions demoing close-proximity operations and rendezvous and docking tech in LEO.
An increase in planet-warming greenhouse gas levels is having an unintended effect in LEO—extending how long space debris hangs around in orbit. While these gases trapped in Earth’s atmosphere are warming the planet, they’re cooling LEO, which reduces drag on satellites and debris objects, according to a study released this week. This delay in deorbiting […]
As the number of satellites in LEO continues to grow exponentially, when it comes to a satellite’s location, sharing is caring.
The company hopes the new tool will make it easier for satellite operators to run their missions and coordinate collision avoidance maneuvers with their neighbors.
Kall Morris Inc., a Michigan-based debris removal startup, became the first US entity to capture an uncontrolled object in space during a demo mission to the ISS.
Real-time space domain awareness (SDA) is critical to NATO for more than just avoiding collisions and promoting safe operations.
The system will prove out technology that could eventually grab objects on orbit, allowing KMI to move debris out of congested orbital lanes or relocate satellites that don’t have enough juice to move themselves.
Six companies will complete the studies this year to explore redundant, cost-effective contingency options for the SDA’s future satellite disposal needs.