CONTENT PREVIEW
Sea Platforms

UK MoD acquires MANTAS T12 USV for further study

03 February 2020
Follow

A MANTAS T12 unmanned surface vehicle seen with a SeaFLIR sensor. Source: MARTAC

The UK Ministry of Defence (MoD) has awarded Maritime Tactical Systems (MARTAC), a Florida-based developer of modular unmanned surface vessels (USVs), a GBP1.8 million (USD2.4 million) contract to deliver five Man-Portable Tactical Autonomous Systems (MANTAS) T12 USVs to the Royal Navy and Joint Forces Command (JFC, now Strategic Command) for further experimentation.

The contract includes the provision of integrated sensors, spares and ancillary equipment, training, and technical support.

According to the MoD, the MARTAC T12 was selected following a study on commercial off-the-shelf (COTS) products that would validate the use of low observable USVs for distributed maritime operations. The study - which began in February 2019 and utilised two leased MANTAS T12 USVs - was led by jHUB, the London-based innovation centre for JFC.

The MoD noted that the MANTAS T12 has a low observable design with minimal radar cross section, thermal, and noise signature. It added that the USV also has the unique ability to partially submerge at will, enabling the sea vehicle to reduce its visual detectability.

"[The USV] is integrated with payloads and a ground control station making it capable of operation as a complete system without further development," the MoD stated. "Everything else on the market at the time of survey either failed one of the low observable characteristics or was available only as a development project."

The Strategic Command and Royal Navy will receive two and three USVs, respectively.

According to Jane's Unmanned Maritime Vehicles , the catamaran hulled MANTAS T12 measures 3.6 m long, 0.9 m wide, and 0.35 m tall. It has a fully laden weight of 95 kg and can cruise and sprint at speeds of up to 20 and 50 kt, respectively.

When in its semi-submersible state, the USV's only visible sections are its antennas and top-mounted sensors.

Want to read more? For analysis on this article and access to Jane's unrivalled data and insight, learn more about our subscription options at janes.com/products





(322 of 405 words)
ADVERTISEMENT
ADVERTISEMENT
ADVERTISEMENT