The LEOPARD (Low Earth Orbit Pursuit for Active Debris Removal) study will define concepts for de-orbiting 2 uncooperative UK space assets from low earth orbit
GUILDFORD, UK (Surrey Satellite PR) — Surrey Satellite Technology Ltd (SSTL) has been selected to lead a UK Space Agency study to define the mission requirements for a complex mission to de-orbit two non-operational space debris targets. SSTL is a world-leader in the manufacture and in-orbit operation of small satellites, and has valuable experience in two previous Active Debris Removal (ADR) demonstration missions; RemoveDEBRIS, which concluded a series of debris retrieval demonstrations in January 2019, and Astroscale’s 2021 ELSA-d mission for which SSTL supplied the Client “target” satellite.
NASA needs to shift its strategy from preventing future space debris to leading a global effort to actively cleaning up the debris that is already in Earth orbit, according to a new report from the space agency’s Office of Inspector General (OIG).
SWINDON, UK (UK Space Agency PR) — Vital technology for the first ever mission to remove a piece of debris from space is going to be built in the UK, the Science Minister has announced.
Planned for 2025, Clearspace-1 is the first ever space mission dedicated to removing an existing object in orbit, and is a significant first step towards a cleaner space environment. The Clearspace-1 satellite – dubbed ‘The Claw’ – will use a pincer motion to collect debris, before giving it a controlled re-entry into Earth’s atmosphere – allowing it to decompose safely and away from life.
GUILDFORD, UK (Surrey Satellite PR) — Surrey Satellite Technology Ltd (SSTL) has shipped a 16kg Target satellite for Astroscale’s End-of-Life Services by Astroscale demonstration (ELSA-d) mission to Tokyo, where it will be bolted to the Chaser satellite for environmental testing ahead of launch in 2020.
GUILDFORD, UK (SSTL PR) — Three leading UK Space organisations, Surrey Satellite Technology Ltd (SSTL), the University of Oxford and the Surrey Space Centre (SSC), have been awarded National Space Technology Programme (NSTP) funding to develop a novel self-aligning deployable space telescope, designed for sub 1 metre ground sample imaging requirements in a small launch volume spacecraft.
SURREY, UK (University of Surrey PR) — The RemoveDEBRIS satellite, one of the world’s first attempts to address the build-up of dangerous space debris, has successfully used its on-board harpoon-capture system in orbit.
The Airbus Stevenage designed harpoon featured a 1.5 metre boom deployed from the main RemoveDEBRIS spacecraft with a piece of satellite panel on the end. The harpoon was fired at 20 metres/sec to penetrate the target and demonstrate the ability of a harpoon to capture debris.
HOUSTON (NASA PR) — The International Space Station serves as humanity’s orbital research platform, conducting a variety of experiments and research projects while in orbit around the planet.
On June 20, 2018, the space station deployed the NanoRacks-Remove Debris satellite into space from outside the Japanese Kibo laboratory module. This technology demonstration was designed to explore using a 3D camera to map the location and speed of orbital debris or “space junk.”
The NanoRacks-Remove Debris satellite successfully deployed a net to capture a nanosatellite that simulates debris. Collisions in space could have have serious consequences to the space station and satellites, but research has shown that removing the largest debris significantly reduces the chance of collisions.
GUILDFORD, UK (Surrey Satellite PR) — RemoveDEBRIS began its experimental phase of its mission on 16 September with the deployment of the net to capture a deployed target cubesat.
The net was developed and supplied by a team of engineers at Airbus in Bremen, Germany.
The RemoveDEBRIS satellite platform was designed and manufactured by SSTL and houses two target cubesats and four debris removal technologies – a net, a harpoon, vision based navigation using cameras and LiDaR, and a de-orbit dragsail. The spacecraft is operated in orbit by SSTL’s engineers from our Spacecraft Operations Centre here in Guildford.
RemoveDEBRIS is a low cost mission funded jointly by the European Commission and 10 partners including Airbus, Surrey Space Centre, Ariane Group, SSTL, ISIS, CSEM, Inria and Stellenbosch University.
The research leading to these results has received funding from the European Union Seventh Framework Programme (FP7/2007-2013) under grant agreement #607099.
Houston — June 20 2018 (NanoRacks PR) – Early this morning, NanoRacks successfully deployed the RemoveDEBRIS satellite from the International Space Station via the Company’s commercially developed Kaber Microsatellite Deployer (Kaber). This is the third major microsatellite deployment for NanoRacks, and the largest satellite to ever be deployed from the International Space Station.
CAPE CANAVERAL, Florida (NanoRacks PR) – NanoRacks, the leading provider for commercial access to low-Earth orbit, has brought yet another unique payload mission to the International Space Station. Carrying a professional protein crystal experiment, college-level biological research, and a debris capturing microsatellite (MicroSat), this mission continues to push the boundaries of commercial opportunities on the International Space Station.
The SpaceX CRS-14 Dragon was successfully installed on the Harmony Module of the International Space Station at 9:00 EDT on Wednesday. (more…)
HOUSTON (NanoRacks PR) — Surrey Space Centre and NanoRacks are pleased to announce the RemoveDebris mission will be deployed into low-Earth orbit from the International Space Station (ISS) using the NanoRacks Kaber Satellite Deployment System (Kaber).
Since the beginning of the space era, a huge amount of orbital debris has progressively been building up; from old rocket casings to dead satellites, there are almost 7,000 tonnes of it around the Earth. Active debris removal missions have been suggested as a way of limiting and controlling future growth by actively sending up spacecraft to capture and remove the debris from space – to date this has never been fully achieved.