High-Performance VTOL Aircraft & Launch Vehicles
Albacore Aerospace is a Melbourne, Florida aerospace engineering practice specializing in the design, prototyping, and testing of high-performance VTOL aircraft and reusable launch vehicles. Its flagship platforms include the Aquilon jet-powered VTOL interceptor for naval and frontline operations, the Skorpion compact VTOL jet quadplane for mobile platforms, and the Volador reusable suborbital launch vehicle with hybrid jet-rocket propulsion. Albacore advances aerospace capability through proprietary hybrid propulsion systems, agile prototyping, advanced avionics and GN&C, and custom engineering services for U.S. defense and commercial aerospace missions.
Design, prototyping, and testing of jet-powered vertical takeoff and landing aircraft from subscale to full-scale unmanned platforms for tactical, naval, and reconnaissance missions.
Unmanned VTOL jet designed for frontline engagement and naval deployment, supporting vertical takeoff and landing from land or ship decks, high-speed jet propulsion, and four wing-mounted hardpoints.
Compact aerial platform combining vertical lift with jet-speed cruise, engineered for rapid vehicle or ship-deck launch in constrained environments.
Scalable jet-powered VTOL systems configured for pilot training, system calibration, guided munitions delivery, and rapid-deployment reconnaissance.
Development of suborbital launch vehicles utilizing hybrid jet-rocket propulsion for rapid-response payload delivery, experimental testing, and space access.
Flagship test platform combining a 7,000-newton rocket engine with twin turbojets, built for high-altitude payload deployment and experimental testing.
Recovery engineering that enables safe return-to-launch-site flight paths, reducing ground support needs and maximizing reusability.
Proprietary propulsion designs integrating turbojet and rocket technologies, supported by custom-built engines and dedicated test beds.
Development of flight control electronics, guidance, navigation, and custom instrumentation to support high-speed and high-mobility missions.
Integration of robust flight computers and electronic systems engineered for extreme operating environments.
Guidance, navigation, and control algorithms optimized for autonomous VTOL transitions and suborbital flight paths.
Custom data acquisition and sensor instrumentation systems for real-time performance telemetry during test flights.
Work in this area is organized into supported delivery tasks.
Support includes Systems integration.
Support includes technical analysis.
Support includes custom-tailored aerospace development to support national security.
Support includes commercial space programs.
Support includes Work in this area is organized into supported delivery tasks.
Aerospace · Defense · Space · Aviation
Melbourne, FL · Defense
An unmanned, jet-powered vertical takeoff and landing interceptor engineered for frontline engagement and naval deployment. It features four wing-mounted hardpoints and supports a scalable architecture ranging from hundreds to thousands of pounds.
Melbourne, FL · Aerospace
A reusable suborbital launch vehicle driven by a hybrid propulsion system combining a 7,000-newton rocket engine with two turbojet engines, designed to reach altitudes of 125,000 feet.