The Spectre vessel is designed as a high-speed, multi-mission unmanned system for modern naval operations. It reflects increasing demand for scalable autonomous solutions across maritime defense environments.
Construction will take place at Fincantieri’s shipyards in Wisconsin, using existing infrastructure and workforce expertise. The program is structured to support efficient serial production, enabling delivery of multiple vessels annually.
The vessel measures 170 feet in length, displaces around 250 tons and can reach speeds of up to 30 knots. It is designed to support missions including anti-submarine warfare, with an emphasis on endurance and low acoustic signature.
The platform uses Saildrone’s wing system to provide silent propulsion and extended operational capability. It can also operate without the wing for kinetic strike roles, allowing higher speeds and a reduced profile.
George Moutafis, Chief Executive Officer of Fincantieri Marine Group, said: “Saildrone’s decades of operating unmanned surface vessels, combined with Spectre’s unique features as a multi-mission platform, represent an ideal case on which to apply Fincantieri Marine Group’s proven expertise in the serial production of aluminum vessels.” He added: “We are excited to join this formidable team and swiftly deliver these capabilities to the warfighter.”
The project builds on Fincantieri’s experience in aluminum vessel production and integration. It also reflects the company’s broader strategy to support evolving naval requirements.
The Spectre platform has been developed in collaboration with defense technology providers to ensure compatibility with a range of mission systems and payloads. This approach is intended to support flexibility across different operational roles.
Saildrone, a specialist in unmanned surface vehicles, unveiled the Spectre platform at the Navy League’s Sea-Air-Space exhibition in Maryland. The announcement follows two years of design work and builds on more than a decade of operational experience with unmanned vessels.
