Flying Lynx to show off its claws at Farnborough

Farnborough’s flying and static aircraft displays are celebrating 100 years of aviation history this month, stemming from World War One right up to the future of aviation – and our sensors and systems will be playing a key role on some of the key aircraft.

The popular Lynx helicopter will once again be showing off its impressive manoeuvrability in front of the crowds.

The workhorse of the Army Air Corps and Royal Navy Fleet Air Arm, the Lynx is a light and rugged platform mainly used for battlefield support and maritime support operations. It has been used extensively in Afghanistan and is currently operating from warships.

Thales currently provides the Lynx with its vital sensors and systems such as navigation, communications, tactical and radio systems and weapon systems.

The Lynx fleets are currently undergoing a major transformation programme with the introduction of the new upgraded or ‘next generation’ Lynx, known as the ‘Wildcat’.

An entirely new platform, the Wildcat will perform a range of tasks on the battlefield including reconnaissance, command and control, transportation of troops and material, and the provision of force protection.

At sea, the Wildcat is the latest generation of multi role helicopter specifically procured to operate from the Frigates and Destroyers of the Royal Navy.

The new Wildcat is being fitted with Thales navigation systems, communication and intercom and radios, as well as the LMM missile.

The Lynx Wildcat is a major advance in technology and capability. The engines are considerably more powerful than its predecessor, providing much improved performance when operating in hot environments and at high altitudes.

Aircrew also enjoy an improved cabin, state-of-the-art cockpit instruments, high tech communications and new crashworthy armoured seats that drastically enhance survivability.

A completely redesigned tail, which is the greatest visual difference between old and new, also allows for a more powerful tail rotor system, as well as improving the aircraft’s strength and stealth qualities.