UK Space Agency Captures Satellite's Return to Earth in Images
Today, the UK Space Agency unveiled striking images from space capturing the European Remote Sensing Satellite (ERS-2) as it makes its journey back to Earth.These remarkable images, taken by satellites operated by HEO, an Australian company with a UK office, showcase the satellite as it rotates during its re-entry process.
The UK Space Agency's collaboration with HEO is part of ongoing research aimed at supporting safe and sustainable space operations.The images have been shared with the European Space Agency (ESA), which is actively tracking the re-entry of the ERS-2 satellite. Andrew Ratcliffe, Chief Engineer at the UK Space Agency, emphasized the agency's commitment to sustainability in space operations.
Ratcliffe highlighted the importance of research conducted independently and in partnership with organizations like HEO, which contributes valuable insights for shaping future policies and guidelines.
The ERS-2 satellite, launched in 1995 and operational for 16 years, was a pioneer in Earth observation, providing crucial data on various aspects of our planet's environment, from land and oceans to polar ice caps. UK scientists and engineers from institutions such as Astrium (now Airbus), the Rutherford Appleton Laboratory, Oxford University, and others played integral roles in designing, building, and operating the satellite's scientific instruments.
Angus Stewart, Head of Space Surveillance and Tracking at the UK Space Agency, emphasized the growing challenges of operating safely in space amidst the multitude of operational and defunct satellites orbiting Earth. Stewart highlighted the agency's role in operating the UK's re-entry warning service and collaborating with international partners to support satellite re-entries.
HEO, the company responsible for capturing the images of ERS-2's return, expressed excitement about their collaboration with the UK Space Agency and the potential of their Non-Earth Imaging (NEI) technology. NEI involves using space-based sensors to capture resolved imagery of resident space objects (RSOs), which include active or inactive spacecraft and space debris. HEO's innovative approach could revolutionize public safety measures concerning space debris and re-entry predictions.
The collaboration between the UK Space Agency and HEO underscores the importance of international cooperation and technological innovation in addressing the complex challenges of space exploration and sustainability. As space activities continue to evolve, partnerships like these will play a crucial role in ensuring the safety and viability of space operations for future generations.
