Polish Navy’s AW101 takes first flight
The versatility of the AW101 platform permits customers to configure the helicopter for a wide range of primary and secondary roles. (Image: Leonardo)
Leonardo celebrates as the Polish Navy’s first AW101 flies for the first time from the company’s site in Yeovil on 19 July 2021.
The flight demonstrated functional checks of the main airframe systems as well as the control system. Engine-handling checks were taken through to monitor the speed range of the aircraft.
There are more tests exploring the bespoke mission equipment fitted to the aircraft.
The AW101 will perform a range of missions for the Polish Naval Aviation Brigade including ASW and CSAR.
It will be equipped with the most modern mission systems, including autopilot with SAR modes, data transmission system, tactical navigation system and protection and defence systems both passive and active.
The AW101 features a tactical radio, reconnaissance radar, an observation head (FLIR), an S-mode transponder and a 12.7mm machine gun.
According to Shephard Defence Insight, Poland signed a deal to procure four AW101 helicopters with four options for CSAR and ASW missions in April 2019.
The helicopters are expected to replace the country’s Mi-14 ‘Haze’ ASW helicopters and SH-2G Super Seasprites in service with the Navy. The contract is valued at $430 million.
Related Equipment in Defence Insight
More from Air Warfare
-
US Air Force is eyeing cost-effective automated counter-drone solutions
The USAF is seeking on-the-move systems, subsystems or technologies capable of defending airbases and fixed and semi-fixed sites against small drone attacks.
-
Long-range drone acquisition axed as Norway announces $11.75 billion spending uplift
Norway’s funding boost will help the country reach 3.5% of GDP on defence spending by 2035, with autonomous systems part of the long list of priorities alongside frigate acquisition and development of a new Finnmark Brigade.
-
Electric and hybrid aerial drone fleets are expanding their footprint
Advances in uncrewed aerial vehicles powered by renewable technologies are coming to the fore, with battery, hydrogen and solar propulsion challenging traditional fossil fuel-dependent models.