Leonardo Demonstrates Helicopter-UAV Teaming in the UK with its AW159 Wildcat
(Source: Leonardo; issued Oct. 20, 2020)
Leonardo for the first time in the UK integrated a UAV into a helicopter’s mission system, allowing the helicopter crew to control the UAV from the cockpit as if it was one of the aircraft’s on-board sensors. (Leonardo photo)
ROME --- On 17th September, Leonardo successfully demonstrated unique integrated capabilities between a manned aircraft and an unmanned aerial vehicle (UAV). This took place in the UK during Manned-Unmanned Teaming (MUMT) trials between a Leonardo AW159 Wildcat helicopter and a semi-autonomous UAV from Callen-Lenz Associates.

In this instance, MUMT is when a helicopter crew controls a UAV from the helicopter like it was an onboard sensor being controlled from the cockpit. By integrating control of the UAV into the Wildcat Mission System, Leonardo was able to minimise the pilots’ workload allowing them to focus more on the mission whilst simultaneously controlling the UAV - this is the first time such an integrated capability has been demonstrated in the UK on a military aircraft. A ‘Gateway Processor’ supplied by Callen-Lenz Associates was used to interface with its semi-autonomous UAV.

The Leonardo solution allows the Wildcat crew to control both the flight path and payload of the UAV (a capability known as Level of Interoperability (LOI) 4) using an efficient and effective task based Human Machine Interface (HMI), rather than the more operator intensive approaches employed on other systems.

Combining the strengths of manned and unmanned platforms, MUMT has the potential to play a transformative role by increasing the situational awareness, tempo, lethality, survivability and combat mass of aviation forces, significantly reducing crew workload allowing pilots to focus on the mission at hand.

Teaming of manned aircraft with unmanned air systems (Manned Unmanned Teaming MUMT) enhances air support capability in both the Land and Maritime environments. It also enables extended and complex operations to be conducted with a mix of platforms and systems.







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