Anduril Industries has unveiled Thunder, an autonomous attack tiltrotor designed for low-altitude combat operations…
The Thunder platform is engineered to enhance the combat power and survivability of current and next-generation attack and air assault assets.
The first flight of the Thunder tiltrotor platform is scheduled for 2027.
Thunder features a tiltrotor configuration, combining vertical take-off and landing (VTOL) capability with the cruise performance of a fixed-wing aircraft.
Thunder is the defense variant of a dual-use platform jointly developed by Anduril and Archer Aviation.
A series hybrid-electric powertrain provides the platform with extended range and increased endurance.
Its Optimum-Speed tiltrotor system adjusts rotor RPM to flight conditions, reducing power requirements, fuel consumption, and acoustic signature during low-altitude missions.
Thunder’s autonomy is built on Anduril’s Lattice for Mission Autonomy software. The system manages formation behavior, separation, routing, timing, tasking, and deconfliction.
The aircraft’s main payload bay can carry up to 10 air-to-ground missiles, including Hellfire, JAGM, or Barracuda-100M munitions.
The platform can also be configured to carry 16 air-launched systems, such as the Altius-600, or 76 70mm rockets.
The modular payload bay can accommodate 12 anti-UAS munitions and is designed to support electronic warfare (EW) systems, cargo, and future mission-specific equipment.
Thunder’s mission profile includes delivering long-range, high-effect munitions, fire support, intelligence, surveillance and reconnaissance (ISR), maritime patrol, anti-submarine warfare (ASW), search and rescue, and logistics support in contested environments.
Rather than relying on direct traditional flight controls, the platform is designed to operate by executing missions directed by an operator to a designated area.
Thunder leverages onboard machine perception, autonomy, and collaborative mission software. It is being developed to maneuver alongside crewed aircraft, share real-time data, and coordinate collaborative engagements within high-density, low-altitude airspace…