# Royal Navy Launches First Autonomous Uncrewed Boat Squadron The new unit integrates seaborne drones into front-line operations to bolster maritime capabilities. - **Source:** [The Register](https://www.theregister.com) - **Published:** 2026-11-10 - **Topic:** [Business](https://brifing.si/c/business) - **Original article:** - **On Brifing:** https://brifing.si/s/47999e99-da7d-4f64-b00a-8a8a27e51d1e ## Formalizing Autonomous Naval Operations The Royal Navy officially commissioned its first uncrewed boat squadron on November 5 at Portsmouth Naval Base. This unit, known as the 1st Autonomous Squadron, transitions from the experimental Project Beehive phase into active service. It consists of 180 personnel, mirroring the crew size typically required to operate a Type 23 frigate. ## Fleet Composition and Technology The squadron utilizes 20 uncrewed vessels sourced from Kraken Technology Group and SYOS Aerospace. The K3 Scout, measuring 8.4 meters, reaches speeds of 55 knots with a 600 kg payload capacity. Meanwhile, the 7.2-meter SM400, or Rattler, offers an extended range of 950 nautical miles for diverse maritime mission profiles. ## Strategic Hybrid Navy Concept First Sea Lord General Sir Gwyn Jenkins introduced the Hybrid Navy strategy to address surface fleet shortages. By integrating autonomous vessels, the military aims to enhance reach and striking power. Fleet Commander Vice-Admiral Steve Moorhouse emphasized that these tools provide essential options in increasingly contested and dangerous global maritime operating environments. ## Operational Versatility and Missions These vessels are designed for anti-ship, anti-submarine, and casualty evacuation tasks. Last year, five uncrewed boats successfully escorted the HMS Tyne and HMS Stirling Castle during a demonstration. The squadron will now act as a pathfinder, integrating additional vessel types into fleet service while operating alongside traditional manned naval task groups. ## Expanding Drone Integration Efforts Beyond surface vessels, the Royal Navy recently launched strike drones from an aircraft carrier for the first time. This included Nyan one-way drones from BAE Systems and the Tekever AR5 fixed-wing aircraft. These deployments signal a broader shift toward incorporating uncrewed systems across all domains of British naval and military operations. ## Space-Based Intelligence Capabilities The Ministry of Defence has expanded its orbital presence by launching the Titania satellite via a SpaceX rocket. As part of the ISTARI program, Titania follows the Tyche satellite launched in October. It is designed to test high-speed optical communications using laser beams, which are significantly harder to intercept than traditional radio links. ## Technological Infrastructure and Security The UK Space Command operates these new assets to improve intelligence, surveillance, and reconnaissance capabilities. By utilizing laser-based communication from low Earth orbit, the military seeks to secure data transmission against potential adversaries. This satellite constellation represents a critical component of the broader effort to modernize British defense infrastructure through advanced technology. ## Future Outlook for Defense The establishment of the 1st Autonomous Squadron marks a pivotal shift in naval doctrine. By combining uncrewed surface vessels with new satellite communications, the Royal Navy is attempting to mitigate capacity gaps. Future success depends on the seamless integration of these autonomous systems into existing command structures and complex maritime task groups. ## Sources covering this story - https://www.theregister.com/offbeat/2026/11/10/royal-navy-stands-up-first-autonomous-boat-squadron/5308494 — --- _Summary written by Brifing from the original reporting. Copyright in the original article belongs to its publisher; read the full piece at the link above._