Drone Aircraft Carriers with Drone Support Ships
A new fleet is rising—mass-produced drone carriers and support ships built for endurance, adaptability, and frontline readiness. These vessels serve dual roles, supplying fuel and provisions to aircraft carriers and warships across operational theaters.
Portsmouth and the Solent will lead the charge with an ambitious production run of 500 ships, reestablishing the region as a strategic hub for naval drone manufacturing.
Equipped with our elite Nightingale drones and backed by a full spectrum of combat, rescue, and reconnaissance UAVs, these carriers form the backbone of a new naval doctrine. Sea-based drones with expanded capabilities are also entering mass production, ready to
dominate across multiple domains..
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We will turn Portsmouth Historic Dockyard back into a thriving drone shipbuilding hub creating 500 new manufacturing jobs in Portsmouth and the Solent area. Creating the centre of
the world's advanced drone fleets.

​​​Drone Aircraft Carrier Features
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Flight Deck & Launch Systems
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Multiple VTOL (Vertical Take-Off and Landing) pads for drone operations
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Electromagnetic launch catapults (if deploying fixed-wing drones)
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Arresting gear or nets for drone recovery
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UAV hangars with automated storage racks and elevators
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Weather-resistant deck coatings and EM shielding
Drone Support Systems
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Velter AI Command and control systems
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Advanced UAV control and communications center
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Encrypted satellite uplinks & data relays
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Onboard AI mission planning and real-time analytics
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Maintenance bays with robotic arms and diagnostic stations
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Charging stations for electric drones
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Secure drone rearming and reprogramming zones
Surveillance & Combat Systems
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Integrated radar and EO/IR sensor arrays for situational awareness
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Counter-drone defense systems (CIWS, jammers, DEWs)
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Drone swarm coordination software
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Modular weapons payload integration for drones (e.g., EW pods, missiles, sensor packages)
Fuel Storage & Transfer Systems
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Large internal tanks for aviation fuel (JP-8, etc.), diesel, and possibly hydrogen or battery stores
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Multiple underway replenishment stations for ship-to-ship or ship-to-air refueling
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Drone-compatible aerial refueling systems (especially for long-range UAVs)
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Fuel filtration, testing, and transfer automation systems
Pumping & Safety Infrastructure
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Pumping systems with high-volume capacity
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Fire suppression systems (foam, CO2, Halon)
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Hazardous material containment zones
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Real-time fuel level monitoring and leak detection
Navigation & Propulsion
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Integrated bridge with AI-assisted navigation
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Dynamic positioning systems
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Quiet propulsion systems (diesel-electric, gas turbine, hybrid)
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Long endurance and global reach
Communications & Networking
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Encrypted communications array (VHF, UHF, SATCOM)
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Ship-to-drone data links with real-time telemetry
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Cybersecurity hardened systems
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Interoperability with naval fleets and NATO/partner assets
Modular & Adaptive Systems
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Modular mission bays (for SAR drones, EW, loitering munitions, etc.)
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Expandable container-based labs or command centers
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Swappable deck modules (e.g., for refueling, cargo, medevac drones)
Advanced Features
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Stealth design for reduced radar/IR signature
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AI-assisted fleet coordination with other drone ships or manned vessels
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Autonomous or semi-autonomous ship navigation
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Hardened zones for EMP protection
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Amphibious drone deployment capability (sea/air drones)