Airbus Helicopters
Airbus Helicopters H160
The Airbus Helicopter H160 is a medium‑class, twin‑engine rotorcraft that represents the newest generation of civil‑utility helicopters from Airbus Helicopters. Development began in 2008 under the code name X3‑160, aiming to replace older models such as the Eurocopter AS365 and AS332 families. The prototype first flew on 15 February 2015, and certification was achieved in 2020, with deliveries to customers starting in 2021.
Key features include a five‑bladed bearing‑less main rotor that reduces vibration and maintenance, a shrouded tail‑rotor (the ‘Fenestron’) for quieter operation, and a digital flight‑control system that enables fully automated flight modes and reduces pilot workload. The cabin is modular, allowing rapid conversion between passenger, cargo, medevac, or offshore‑oil configurations, and the aircraft can cruise at 260 km/h with a range of up to 800 km. Advanced avionics, health‑monitoring sensors, and a reduced carbon‑footprint engine contribute to lower operating costs.
In the aviation market, the H160 positions Airbus Helicopters as a leader in eco‑efficient, high‑performance platforms, meeting growing demand for versatile helicopters in emergency‑medical services, corporate transport, and offshore energy support. Its innovative design sets a benchmark for next‑generation rotorcraft worldwide.
Key features include a five‑bladed bearing‑less main rotor that reduces vibration and maintenance, a shrouded tail‑rotor (the ‘Fenestron’) for quieter operation, and a digital flight‑control system that enables fully automated flight modes and reduces pilot workload. The cabin is modular, allowing rapid conversion between passenger, cargo, medevac, or offshore‑oil configurations, and the aircraft can cruise at 260 km/h with a range of up to 800 km. Advanced avionics, health‑monitoring sensors, and a reduced carbon‑footprint engine contribute to lower operating costs.
In the aviation market, the H160 positions Airbus Helicopters as a leader in eco‑efficient, high‑performance platforms, meeting growing demand for versatile helicopters in emergency‑medical services, corporate transport, and offshore energy support. Its innovative design sets a benchmark for next‑generation rotorcraft worldwide.
Classification
Production & History
- First Flight
- 2015