Airbus Flexrotor is a Group 2 VTOL tactical uncrewed aerial system offering long endurance ISR, autonomous launch and recovery, and flexible land and maritime operations.

Airbus Flexrotor – Expeditionary VTOL Uncrewed Aerial System

The Airbus Flexrotor is a Group 2 small tactical vertical take-off and landing uncrewed aircraft system (UAS) specifically designed for expeditionary intelligence, surveillance, and reconnaissance missions in both land and maritime environments. With a maximum take-off weight of 25 kg, this hybrid VTOL-fixed-wing platform delivers exceptional endurance of 12 to 14 hours, providing persistent situational awareness over extended operational areas. Its revolutionary design enables fully autonomous launch and recovery from a minimal 3.7 by 3.7 meter area, making it ideal for deployment from ships without dedicated flight decks or confined forward operating bases.

System Design and Operational Concept

1. Hybrid VTOL Architecture

• Combines vertical take-off and landing capability with efficient fixed-wing cruise performance for maximum mission endurance and operational flexibility.

• Eliminates the need for traditional runways or complex launch/recovery equipment.

2. Minimal Footprint Deployment

• Requires only a 12×12 foot area for autonomous operations, significantly reducing logistical requirements.

• Can transition from stowed configuration to airborne in under 30 minutes, enabling rapid response capabilities.

Mission Capabilities and Applications

3. Persistent ISR and Maritime Surveillance

• Primary role is long-endurance intelligence, surveillance, target acquisition, and reconnaissance for military and security forces.

• Proven in naval environments with successful demonstrations launching from vessels like the USS Paul Hamilton.

4. Multi-Mission Payload Flexibility

• Integrates various payloads including electro-optical systems, signal intelligence sensors, electronic warfare packages, and communications relays.

• High space, weight, and power capacity supports mission-specific sensor configurations.

Operational Advantages

5. Expeditionary Readiness

• Designed for easy transport and rapid setup in remote or austere environments.

• Supports crewed-uncrewed teaming exercises and integrates into layered defense networks.

6. Civil and Parapublic Applications

• Extends to search and rescue, firefighting, border security, humanitarian missions, and environmental monitoring.

• Suitable for precision agriculture, geo-mapping, and marine science research applications.