UA RU EN

NATO Gets a 75-Meter Unmanned Warship Designed by Spain

Безпілотний військовий корабель завдовжки 75 метрів, розроблений в Іспанії, підсилює потенал НАТО. Photo: НВ — Техно

Unveiling the LASV75 Unmanned Vessel

Spanish defense firm Navantia has introduced its concept for the LASV75, a 75-meter unmanned surface vessel developed by engineers at its UK division in Bristol. With no crew quarters on board, the design frees up significant space for mission payloads. The LASV75 is built to handle a wide range of operations, including reconnaissance, escort missions, electronic warfare, and strike capabilities.

Specs and Strategic Investments

The LASV75 measures 75 meters in length and displaces over 1,000 tons. It features a configurable deck equipped with containerized NavyPOD mission modules and relies on standardized NATO interfaces for interoperability.

Simon Jones, Director of Product Development at Navantia UK, stated that 'a vessel of this class is essential for endurance in harsh environments like the North Atlantic.'

Navantia is also pouring £157 million into digitizing its UK shipyards in Appledore, Arnish, Belfast, and Methil. The company expects automation to cut construction time for large vessels by one-third. The first LASV75 hulls are likely to be laid down at the Appledore facility.

In parallel, work continues on the Fleet Solid Support ships, a £1.6 billion program. The first steel for that project was cut in late 2025. These efforts highlight Navantia's deepening commitment to military shipbuilding and technology development in the UK.

The LASV75 unmanned vessel reflects a growing push toward automation and cutting-edge naval technology, which could reshape how maritime operations are conducted. Navantia's investments in modernizing its production lines also signal a strategic focus on staying competitive in the global defense market, aligning with modern demands for security and efficiency. The adoption of new technologies like automation is expected to transform manufacturing workflows and shorten delivery timelines for future ships.