Defence Projects
Aerial Target Systems
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Aerial Target Systems Integrated Project Team (IPT) resides within the Defence Equipment & Support and manages equipment projects from concept to disposal. Aerial Target Systems are UAVs, missiles or projectiles which are designed to emulate Air Warfare threats. They are used for the test and evaluation of AAW systems throughout their life and for operator training by all three Armed Services. This IPT manages a number
of Aerial Target Systems for use with the UK Armed Forces. Current
capability is delivered on a single service basis through the
conventional procurement of a limited number of targets. A single
turn-key contract for the service provision of the capability, covering
the provision of target(s), other equipment, operating staff and full
support is in place with QinetiQ. Delivery of this service (CATS) will
commence in Spring 2008. PROJECTS SUPPORTED CATS
- Combined Aerial Target Service - PPP solution from QinetiQ FIAC - A remote
controlled rigid inflatable boat used for training by the Royal Navy
BACKGROUND The threat in the air environment is particularly demanding and complex, ranging from simple, slow moving Unmanned Air Vehicle's (UAVs) to advanced and highly manoeuvrable sub and super-sonic sea skimming Anti-Ship missiles. Crucial to the maintenance of the operational capability is the ability, in peacetime and in times of tension or build up to hostilities, to evaluate Anti Air-Warfare Weapon Systems (including their operators) against realistic targets. CURRENT SOLUTION The Combined Aerial Target Service (CATS) seeks to provide a more coherent, operationally flexible, reliable and cost effective solution to the future provision of 'live' sub-sonic and super-sonic aerial target capability to the UK Armed Forces. In December 2006, QinetiQ
signed a contract with the Ministry of Defence (MoD) to supply a
Combined Aerial Target Service (CATS) for the UK's armed forces. Worth
up to £308 Million over 20 years, this is QinetiQ's largest competed
sale to date. CATS targetry must replicate
the current and future sub and supersonic aerial threat.
The Mirach 100/5 replaced
the Chukar II and is now in service with the British Royal Navy. Flying at speeds of up to 530 knots, at altitudes between 15 feet and 40000 feet, it can manoeuvre on command. Payloads vary from 25kg internal to 75kg external and include Miss Distance Indicators, infrared, visual enhancement equipments, flare and chaff dispensers, radar transponders and a locator beacon. It can also be fitted with a rearward facing video system, which has a 40 mile telemetry. Endurance is approximately 60 minutes and it makes a sea landing using a parachute system. It is operated by the 792
Naval Air Sqn who use it for live weapons training with Royal Navy Sea
Dart, Royal Air Force Sidewinder and Skyflash. It is also used
in support of the weapon integration programmes for European Fighter
Aircraft and Tornado.
The Banshee is a piston-engined, Glass Reinforced Plastic delta winged target of approximately 2.5 metre wingspan and 72kg mass. It is catapult launched and can be flown under manual remote control or beyond visual range using radar or differential Global Positioning System tracking. At speeds of up to 200 knots in level flight and manoeuvres in excess of 4g, this is a versatile target. Its altitude ceiling is above 3,000m and normally lands by parachute or by the use of a skid. Upon recovery it is sent for any necessary repairs. Used mainly as an airborne target for Surface-to-Air live weapons training of Rapier, HVM and Javelin it can be can be deployed virtually anywhere. The Banshee target is
manufactured by Meggitt Defence Systems Ltd. The latest variant (400
series), which has improved infrared enhancement, began service in 1998.
The Falconet is a highly modular, agile, recoverable, sub-scale target. It is powered by a turbojet engine and can be launched under its own power from a permanent circular runway or alternatively by JATO boosters using a zero length launch system. The target has an on-board autopilot supplemented by remote control equipment, which allows a wide variety of low to medium altitude threat profiles to be met. The target is capable of speeds in excess of 400 knots at altitudes between 300m and 6,000m. Ranges in excess of 60km with a typical duration of 40 minutes are possible. Payloads of typically 31kg can include visual, IR and radar augmentation systems as well as a MDI system decoys or special mission payloads. Target recovery
on land is by deployment of a parachute and descent in the nose down
position. Over land this allows the frangible nose to absorb the impact.
The target is currently used at the MoD Hebrides Range to support Rapier
weapon systems development and operator training. Crown Copyright . www.mod.uk
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