A successful launch (Hera), a bright comet (Tsuchinshan-Atlas), and one year to go before the delivery of IRAP’s electron spectrometer (LEES) for Comet Interceptor!

The annual meeting of the Dust, fields, Particles (DFP) consortium of the Comet Interceptor mission was hosted at IRAP on October 8 and 9. 40 participants from CBK Warsaw (PI), University Charles Prague, IAP Prague, INAF-IAPS Rome, Leonardo Italy, University of Braunschweig, IRF Uppsala, IRF Kiruna, Imperial College London, IWF Graz, LPC2E, LAB, and IRAP attended the meeting. This meeting took place at a very special time for the project, with the successful launch of Hera (from which the Comet Interceptor spacecraft inherits) on October 7, and the pristine comet Tsuchinshan-Atlas (a long-period comet similar to the target of Comet Interceptor) shining in the sky! All good signs for the preparation of the next steps toward the delivery of flight models to DFP in about one year!

Photo credit © Yuri Beletski

IRAP is responsible for the development of the Low-Energy Electron Spectometer (LEES) instrument for the DFP consortium. The LEES STM model will be tested and validated at the end of 2024. The LEES EQM model will be tested and validated in the first semester of 2025. The LEES PFM model will be delivered to CBK in November 2025 at the earliest.

Further Resources

IRAP Contacts

  • Nicolas André (IRAP, ISAE-SUPAERO), nicolas.andre@irap.omp.eu, nicolas.andre@isae-supaero.fr
  • Christophe Verdeil, christophe.verdeil@irap.omp.eu

More news

Conference Magnetospheres of Outer Planets, Toulouse, 26-31 July 2026

The conference Magnetosphere of Outer Planets (MOP) brings together every two years international experts to present and discuss ongoing researches about the magnetospheres of planets in the outer solar system […]

First ever live observation of the rotation of a planetary nursery

The rotation of a protoplanetary disc (a disc where planets are being formed) has been observed directly for the very first time by mapping the emissions from the dust grains […]

Strange winds reveal strongest hints yet of magnetic activity in exoplanets

A team of astronomers has found the strongest evidence yet that some planets outside our Solar System may be magnetic. Using the European Southern Observatory’s Very Large Telescope (ESO’s VLT) […]

Search