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The Blighter B202 Mk 2 radar from Blighter Surveillance Systems (a Plextek Group company) is an advanced E-Scan radar with no moving parts for high reliability in the field. Its weight is about 15 kg and is therefore truly man portable, about the weight of a machine gun and less than half the weight of other man-portable radars.
A V-8 truck contains the system's two PE-127 power units (rated output of each 7.5 KW), one air conditioner unit, and equipment spare parts. An additional diesel generator was usually mounted on a bomb trailer and towed behind the radar trailer. The V-2 trailer contains the system's radar and communications sets. The radar provides range and ...
The system was packed onto a 1 + 1 ⁄ 2 ton trailer, with the radar scanner roughly centered and the operator's console on a mount at the back. The system could be operated directly from the back of the trailer, or the console could be removed and connected back to the radar using a 150 foot (46 m) cable. Power was supplied by a 400 Hz generator.
AN/APN-236 development of AN/APN-233 Doppler radar system by Teledyne; AN/APN-237 K u band terrain-following radar by Texas Instruments part of AN/AAQ-13; AN/APN-239 improvement of AN/APN-234 weather and navigational radar (Model RDR-1400C) Bendix Corporation for HH-60G, MH-60G; AN/APN-240 improved AN/APN-169 station keeping radar system by ...
Fluctuation loss is an effect seen in radar systems as the target object moves or changes its orientation relative to the radar system. It was extensively studied during the 1950s by Peter Swerling, who introduced the Swerling models to allow the effect to be simulated.
The Foster scanner was used in a number of post-World War II counterbattery radar systems, the first examples reaching service in the late 1950s and early 1960s.In these systems the scanner was mounted horizontally, in order to produce a signal that scanned back and forth horizontally in front of the radar set.
To capture most of this traffic, even when it is moving almost tangentially through the radar (i.e., perpendicular to the radar-target line), a system must have the ability to detect very slow radial velocities. As the radial component of a target's velocity approaches zero, the target will fall into the clutter or blind zone.
It uses 30 kW of power. The receiver and transmitter of the radar are using solid state electronics to increase the radar's ECM resistance. [3] Kashef 99 is a 3D phased-array radar system that is carried on a vehicle, suitable for detecting small aircraft and objects and has a range of 12 km. Kashef-99 can detect 300 targets simultaneously. [4]