Airbus wins ESA’s LSTM temperature-check mission for Copernicus next generation

Nov. 17, 2020
Airbus will design and build the LSTM satellite in Madrid, while the development and production of the advanced technology instrument will be carried out by Airbus in Toulouse.

MADRID, Spain - The European Space Agency (ESA) has selected Airbus Defence and Space as prime contractor for the new Land Surface Temperature Monitoring (LSTM) mission. LSTM is part of Copernicus, the European Union's Earth observation program for global monitoring. It is one of the six new missions, expanding the capabilities of the current Copernicus space component. The contract is valued at € 380 million which includes the development of one LSTM satellite, with an option for two further satellites.

The main objective of LSTM is to deliver global high spatio-temporal day- and night-time land surface temperature measurements. Satellite data analysis for mapping, monitoring and forecasting the Earth's natural resources helps to understand what, when and where changes are taking place. In particular, this mission will respond to the needs of European farmers to make agricultural production on individual farms more sustainable, as water shortages increase and changes in the environment take place. Specialists will be able to calculate in real time how much water different plants require in different areas, and how often those plants need to be irrigated.

Land-surface temperature measurements and derived evapotranspiration - the water vapor emitted by plants as they grow - are key parameters to understand and respond to climate variations, manage water resources for agriculture, and predict droughts. Thermal infrared observations will support a range of additional services to address land degradation, soil composition, natural hazards such as fires and volcano activity, coastal and inland water management as well as urban heat island issues.

LSTM will operate from a low-Earth, polar orbit, to map both land-surface temperature and rates of evapotranspiration with unprecedented field-scale detail. It will be able to identify the temperatures of individual fields and image the Earth every three days at 50 m resolution. This is about 400 times more detail than is currently acquired from space. Its observations will cover a wide temperature range, from approx. -20°C to +30°C, with very high precision (0.3°C).

LSTM is the first Copernicus mission awarded to a Spanish company and the third ESA mission to be primed by Airbus in Madrid after the successful in orbit delivery of Cheops, the exoplanet hunter, and SEOSAT-Ingenio which is ready for launch. Being selected to lead this mission is a major milestone for space in Spain and again demonstrates ESA’s confidence in Airbus as a strong partner to prime ESA missions. The industrial consortium comprises more than 45 companies and institutions from up to 18 different countries. The support of the Spanish delegation to ESA was key in reaching this achievement.

Airbus has complete responsibility for the entire LSTM. It will design and build the LSTM satellite in Madrid, while the development and production of the advanced technology instrument will be carried out by Airbus in Toulouse.

The optical instrument flown on the LSTM satellite leverages Airbus’ latest innovations from program such as the Franco-Indian TRISHNA mission to offer a best-in-class instrument. It will acquire images in Very Near Infrared, Short Wave Infrared and Thermal Infrared. With a four day revisit capability, the satellite will fly over European latitudes when the sun, and consequently stress on crops, are at their highest, to facilitate evapotranspiration measurement.

Overall, Airbus is responsible for the spacecraft or payload on 3 of the 6 new generation Copernicus Environment and Earth observation missions: LSTM, CRISTAL and Rose-L, and is providing critical equipment to all six.

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