Naval Group to serve as technical coordinator for EU USSPs project
Join Our Newsletter - Get important industry news and analysis sent to your inbox – sign up to our e-Newsletter here

Naval Group to serve as technical coordinator for EU USSPs project

14 Jul 2021 (Last Updated July 14th, 2021 11:47)

The USSPs solution has been developed by Greek company ETME-led consortium, which includes Naval Group and Navantia.

Naval Group to serve as technical coordinator for EU USSPs project
The project consortium, led by ETME, brings together European industrial majors as well as research centres.

Naval Group has been selected as the technical coordinator for the EU Unmanned Semi-Fixed Sea Platforms (USSPs) project.

The USSPS solution will focus on using unmanned semi-fixed sea platforms and building a system that will enhance maritime surveillance.

Greek company ETME will lead the consortium, which also includes defence manufacturers Naval Group and Navantia.

The project was selected late last month by the European Commission through the European Defence Industrial Development Program (EDIDP).

It brings together European industrial majors, as well as research centres.

Applied Intelligence Analytics, Prolexia, Multimedia Workshop, Sener Aeroespacial, SIGNALGENERIX, SMST Designer & Constructors, Techlam, Tecnobit Slu, and Unmanned Teknologies Applications are some of the European industrial players involved in the project.

Research centres, such as the CY.R.I.C Cyprus Research and Innovation Center, Foundation For Research And Technology Hellas (FORTH), and Stichting Maritiem Research Instituut Nederland, are also supporting.

Together, these industrial firms and research centres will create a high-value solution to secure and protect various maritime areas, allowing to cover air, surface and underwater dimensions.

According to Naval Group, the project will develop an ‘unmanned’ highly autonomous, energy efficient and miniaturised oil rig technology-based platform that can integrate various kinds of air, surface and underwater sensors.

These platforms will allow for deployment in any geographical region with meridians, including all types of sea-beds and deep-sea regions. They also enable operation under adverse environmental conditions.