fb
IAC 2022 - Banner

OroraTech achieves FOREST-1 mission success

Bushfires in Borroloola, Australia, were detected by OroraTech’s FOREST-1 satellite on May 24th, 10:15:37 local time. The image shows a composition between the satellites’ three main instruments, all with a swath of about 170km. The smoke plumes of the fire can be seen in the RGB channel, whereas the MWIR channel tracks the precise heat signatures of the fires. The LWIR channel inserted in the lower part of the image allows for accurate ambient temperature measurement. Credit: OroraTech

Edinburgh, 21 June 2022. – Munich-based NewSpace intelligence startup, OroraTech, has achieved the desired mission goals for FOREST-1, its first satellite dedicated to environmental monitoring, the company said. The satellite has been operational since January 2022.

The spacecraft, that does not require cooling, specialises in wildfire detection by combining thermal, mid-infrared and visible cameras. Its graphics processing unit (GPU) processes data on-orbit with real-time downlink through an inter-satellite modem.

The peak time for wildfires is in the afternoon, however, current satellites struggle to cover that time frame. FOREST-1 aims to bridge this gap by achieving a 30-minute detection time instead of the current 8-hour one.

FOREST-1 is just the first step towards a future nanosatellite constellation. The company is planning to launch the next eight satellites by the end of 2023. OroraTech claims that its technology is highly scalable, cost-efficient and capable of providing worldwide coverage of high-resolution temperature measurements. This data will aid urban heat monitoring, irrigation of agricultural land, and carbon emission tracking, among other applications.

Check Also

Space Café Radio – on tour in Lausanne – with Prof. Dr. Frank Schaefer

In this Space Café Radio -  SpaceWatch.Global publisher Torsten Kriening spoke with Prof. Dr. Frank Schaefer, Deputy director, head of business unit Space and head of system solutions department at Fraunhofer Ernst-Mach-Institute Freiburg/Germany, at the LEO Kinetic Space Safety Workshop in Lausanne about threats and risks in Low Earth Orbit and how to move forward to a sustainable future in space.