Indonesian Navy deploys Sterna
ECA Group’s Sterna is being used by the Indonesian Navy to test the magnetic signature of vessels in order to assess vulnerability against underwater mines and other unfriendly detectors.
Sterna, a UAS-based portable aerial ranging solution, can be used for different type of magnetic measurements performing several runs along the longitudinal axis.
Sterna is based on ECA Group’s airborne UAS IT180, a compact, high-performance mini-UAS VTOL embedding a magnetometer and its digitiser. ECA’s IT180 UAS combined with Sterna system flies over the vessel to measure the ship's magnetic field using a magnetic sensor payload. The data is then analysed and degaussing parameters are computed.
Sterna solution is also able to measure coils effects of a degaussing system.
More from Uncrewed Vehicles
-
Dedrone supplies CUAS systems to Ukraine and increases signal library
Dedrone has announced a strategic expansion via 16 new governmental contracts as the US-based CUAS company continued to develop its drone countermeasure technologies.
-
Baykar’s Akıncı UCAV completes live firing trials over the Black Sea
The Turkish company’s advanced unmanned combat aerial vehicle demonstrated its capabilities during successful live firing trials.
-
Iranian UAV threat leaves Israel’s defence industry searching for answers
Iran has continued to invest heavily in its drone-building capacity, supplying Russia and Iranian proxies throughout the Middle East, leading defence experts in Israel to call for more defensive solutions be developed to deter the threat from UAVs.
-
Emgepron and Tidewise team up to develop first ‘made-in-Brazil’ USV
Brazil's Emgepron and Tidewise have partnered to construct the Suppressor unmanned surface vessel by 2025 amid potential interest from the Brazilian Navy.
-
Autonomous navigation drives UUVs proliferation in the Indo-Pacific
The US Department of Defence has teamed up with Anduril Industries to develop advanced AI-driven long-range uncrewed underwater vehicles (UUVs), countering China’s escalating UUV advancements.