
Copernical Team
Iran will launch two more satellites into space: IRGC cmdr

BlueHalo expands US satellite operation capacity under Space Force SCAR Program

NASA will fly into Oct. eclipse's shadow

James Webb telescope captures planet-like structures in Orion Nebula

Trimble and AGCO form joint venture to better serve farmers worldwide

NASA announces launch services for pair of space weather satellites

Milestone for novel atomic clock

US TV provider given first-ever space debris fine

Vega’s ESTCube-2 tether to the future

Estonia’s next satellite will fly aboard Europe’s Vega VV23 launcher later this week. While largely designed and built by undergraduate students, the shoebox-sized ESTCube-2 has ambitious goals in mind, including surveys of Estonian vegetation and the first successful in-orbit demonstration of ‘plasma brake’ technology. Deployment of a charged microtether will slow the CubeSat’s orbit, proving the prospect of helping to keep space clear of dangerous debris in the future.
Let the robot take the wheel: Autonomous navigation in space

Tracking spacecraft as they traverse deep space isn't easy. So far, it's been done manually, with operators of NASA's Deep Space Network, one of the most capable communication arrays for contacting probes on interplanetary journeys, checking data from each spacecraft to determine where it is in the solar system.
As more and more spacecraft start to make those harrowing trips between planets, that system will not be scalable. So engineers and orbital mechanics experts are rushing to solve this problem—and now a team from Politecnico di Milano has developed an effective technique that would be familiar to anyone who has seen an autonomous car.
Visual systems are at the heart of most autonomous vehicles here on Earth, and they are also the heart of the system outlined by Eleonora Andreis and her colleagues.