the stack: The optical system, developed by a team of Innovate UK researchers, has been designed to send critical information more securely, rapidly and efficiently than traditional radio frequency (RF) methods. by Alice MacGregor
'The eye-safe system is able to aim lasers, with a wavelength of 1,550 nanometres, up from the ground towards an aircraft, which is fitted with a special reflector which captures the beam. It then modifies the beam with the latest data to be transmitted and sends it back to the ground for decoding and analysis.
'A suggested application of HYPERION is to allow UAVs involved in disaster monitoring, surveying, search and rescue, and other humanitarian projects to quickly offload detailed image data back to the ground for analysis. The system could also be applied in future airline systems to transmit vast amounts of technical and performance data collected by on-board sensors to ground stations on approach to the runway. This process could help speed up necessary maintenance and significantly cut turnaround times.
'“This […] research is leading to exciting developments in aerospace and communications. It will potentially make aircraft and unmanned vehicles better connected and more resilient to outside interference,” said Professor Philip Nelson, chief executive at UK research and training agency EPSRC.'