MSTAR
Encyclopedia
Man-portable Surveillance and Target Acquisition Radar (MSTAR) is a light weight all-weather battlefield radar
Doppler radar operating in the J band. It is usually used by Artillery
Observers to acquire and engage targets in bad visibility or at night. It is capable of detecting, recognizing and tracking helicopters, slow moving fixed-wing aircraft
, tracked and wheeled vehicles and troops, as well as observing and adjusting the fall of shot.
The radar display is an electro-luminescent screen that can be overlaid with the map grid. It also shows the areas of ground visible to the radar and those that are masked by terrain. Target location can be presented as either map coordinates or bearing and distance (polar coordinates) from the radar.
The complete radar weighs 30 kg. It can detect targets out to 30 km, with a maximum range of 42 km.
The radar head (antenna and electronics) are connected by remoting cable to the display. The rotating head can be mounted on either a tripod on the ground or an elevated mast, the latter fitted to the Warrior Artillery Observation Post vehicle (FV514)
, or the Coyote Reconnaissance Vehicle
. When fitted to the mast power is taken from the vehicle supply and the display is inside the vehicle. For dismounted use the radar uses standard military rechargeable dry batteries and is man-carried in three loads. The radar can be set up in under three minutes.
) and selected by competitive tender.
MSTAR entered UK service in early 1991, slightly accelerated for use in the Gulf War. Its official UK designation is Radar, GS, No 22.
In about 2005 MSTAR underwent an upgrading programme.
MSTAR is used by the US Army as AN/PPS-5C and by the Australian Army as AMSTAR. It is also used for border patrols, airports, costal patrols, and high security areas. The Canadian Forces use the MSTAR on their Coyote Reconnaissance Vehicle
s.
MSTAR is now licensed and manufactured by DRS Technologies.
Radar
Radar is an object-detection system which uses radio waves to determine the range, altitude, direction, or speed of objects. It can be used to detect aircraft, ships, spacecraft, guided missiles, motor vehicles, weather formations, and terrain. The radar dish or antenna transmits pulses of radio...
Doppler radar operating in the J band. It is usually used by Artillery
Artillery
Originally applied to any group of infantry primarily armed with projectile weapons, artillery has over time become limited in meaning to refer only to those engines of war that operate by projection of munitions far beyond the range of effect of personal weapons...
Observers to acquire and engage targets in bad visibility or at night. It is capable of detecting, recognizing and tracking helicopters, slow moving fixed-wing aircraft
Aircraft
An aircraft is a vehicle that is able to fly by gaining support from the air, or, in general, the atmosphere of a planet. An aircraft counters the force of gravity by using either static lift or by using the dynamic lift of an airfoil, or in a few cases the downward thrust from jet engines.Although...
, tracked and wheeled vehicles and troops, as well as observing and adjusting the fall of shot.
The radar display is an electro-luminescent screen that can be overlaid with the map grid. It also shows the areas of ground visible to the radar and those that are masked by terrain. Target location can be presented as either map coordinates or bearing and distance (polar coordinates) from the radar.
The complete radar weighs 30 kg. It can detect targets out to 30 km, with a maximum range of 42 km.
The radar head (antenna and electronics) are connected by remoting cable to the display. The rotating head can be mounted on either a tripod on the ground or an elevated mast, the latter fitted to the Warrior Artillery Observation Post vehicle (FV514)
Warrior Tracked Armoured Vehicle
The Warrior tracked vehicle family is a series of British armoured vehicles, originally developed to replace the older FV430 series of armoured vehicles. The Warrior started life as the MCV-80 project that was first broached in the 1970s, GKN Sankey/Defence winning the production contract in 1980....
, or the Coyote Reconnaissance Vehicle
Coyote Reconnaissance Vehicle
The Coyote Reconnaissance Vehicle is a lightly armoured fighting vehicle built by General Dynamics Land Systems Canada for the Canadian Forces, for use in the reconnaissance role....
. When fitted to the mast power is taken from the vehicle supply and the display is inside the vehicle. For dismounted use the radar uses standard military rechargeable dry batteries and is man-carried in three loads. The radar can be set up in under three minutes.
History
The requirement for MSTAR was developed in the early 1980s by the UK Ministry of Defence as a replacement for Radar GS No 14 (ZB298) that had entered service some 10 years earlier. The primary users of MSTAR, like its predecessor, were and are artillery observation parties, although it may be used by other reconnaissance and surveillance elements as required. MSTAR was developed and produced in UK in the mid 1980s by Thorn EMI Electronics (now part of ThalesThales Group
The Thales Group is a French electronics company delivering information systems and services for the aerospace, defense, transportation and security markets...
) and selected by competitive tender.
MSTAR entered UK service in early 1991, slightly accelerated for use in the Gulf War. Its official UK designation is Radar, GS, No 22.
In about 2005 MSTAR underwent an upgrading programme.
MSTAR is used by the US Army as AN/PPS-5C and by the Australian Army as AMSTAR. It is also used for border patrols, airports, costal patrols, and high security areas. The Canadian Forces use the MSTAR on their Coyote Reconnaissance Vehicle
Coyote Reconnaissance Vehicle
The Coyote Reconnaissance Vehicle is a lightly armoured fighting vehicle built by General Dynamics Land Systems Canada for the Canadian Forces, for use in the reconnaissance role....
s.
MSTAR is now licensed and manufactured by DRS Technologies.