Happy New Year 2026
The entire ENSTA community wishes you all the best for 2026!
Winner of the France 2030 “Grands Fonds Marins” (“Deep Sea”) call for projects, the MARTOC project brings together RTSys (project leader), Orange Marine, Mappem Geophysics and ENSTA Bretagne with the aim of developing an autonomous solution for the detection, monitoring and control of submarine cables using an underwater drone capable of operating at a depth of 3,000 meters.
Doté d’un ensemble de capteurs complémentaires, passifs (magnétomètre flux-gate, caméra) et actifs (capteur électromagnétique, sonar frontal), « COMET-3000 » est un drone autonome sous-marin (AUV) compact.
Développé pour intervenir en grande profondeur, il pourra être facilement déployé depuis un navire de surface dans le cadre de missions de cartographie (mesure d’enfouissement) ou de surveillance (menace de piratage).
Equipped with a range of complementary passive (fluxgate magnetometer and camera) and active (electromagnetic sensor and front-end sonar) sensors, the “COMET-3000” is a compact autonomous underwater vehicle (AUV). Designed to operate at great depths, it can be easily deployed from a surface vessel for mapping missions (measuring seafloor sediments) or threat surveillance (piracy).
The project was launched in February 2024 and will run for 3 years.For ENSTA Bretagne, it involves the recruitment of two research engineers.
The research conducted on campus will contribute to:
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There are many scientific hurdles to overcome when working on this type of project. Operating an autonomous vehicle at a depth of 3,000 meters is one challenge. Reliable positioning and optimal data collection is another. Finally, the cables laid at great depths are smaller and have no metal reinforcement, making them more difficult to identify with conventional sensors. The algorithms used must therefore be able to combine the data from the various sensors on board and process it efficiently.
In addition to designing the AUV and developing on-board technologies, the project also includes the development of a Launch And Recovery System (LARS). Installed on cable-laying vessels, the LARS will facilitate the launch and retrieval of the AUV.
ENSTA Bretagne is also involved in another “Grands Fonds Marins” (“Deep Sea”) project involving the creation of a deep sea distributed imager (ID-GD - Imageur Distribué Grands Fonds): a highly innovative concept involving a swarm of drones forming a vast acoustic antenna.
Happy New Year 2026
The entire ENSTA community wishes you all the best for 2026!
The sixth edition of the Institut Polytechnique de Paris Prématuration call for projects has selected three projects led by ENSTA researchers.
The sixth edition of the Institut Polytechnique de Paris Prématuration call for projects has selected three projects led by ENSTA researchers.
Tested since September 2025 on the Paris-Saclay campus, menstrual leave is now a right that is gradually being extended to female students on both campuses. This is a major step forward for young women, placing ENSTA among the pioneers of engineering...
Tested since September 2025 on the Paris-Saclay campus, menstrual leave is now a right that is gradually being extended to female students on both campuses. This is a major step forward for young women, placing ENSTA among the pioneers of engineering...
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