Ad
related to: radar absorbing paint
Search results
Results From The WOW.Com Content Network
The Republic of China (Taiwan)'s military has also successfully developed radar-absorbing paint which is currently used on Taiwanese stealth warships and the Taiwanese-built stealth jet fighter which is currently in development in response to the development of stealth technology by their rival, the mainland People's Republic of China which is ...
The A-12 included a number of stealthy features including special fuel to reduce the signature of the exhaust plume, canted vertical stabilizers, the use of composite materials in key locations, and the overall finish in radar-absorbent paint. [14] In 1960, the USAF reduced the radar cross-section of a Ryan Q-2C Firebee drone.
Salisbury screens operate on the same principle as optical antireflection coatings used on the surface of camera lenses and glasses to prevent them from reflecting light. . The easiest to understand Salisbury screen design consists of three layers: a ground plane which is the metallic surface that needs to be concealed, a lossless dielectric of a precise thickness (a quarter of the wavelength ...
Radar absorbing paint; Mast integrated at the back with: Dual camera (day / IR), laser range finder, laser guidance; Multi Threat Detection System (Radar and laser detecting sensors) GPS and INS; Iveco LMV "Geschütztes Mehrzweckfahrzeug Husar Beagle" (GMF Husar Beagle) Italy Israel. Ground surveillance radar 2: The Husar Beagle entered service ...
Modern paint is designed to absorb electromagnetic radiation used by radar, reducing the signature of the aircraft, and to limit the emission of infrared light used by heat seeking missiles to detect their target. Further advances in aircraft camouflage are being investigated in the field of active camouflage. [115]
The ship features a "low point" design and combines this with radar absorbing paint to reduce radar signature. The ship's funnel incorporates cooling devices to reduce infrared signatures. The stern flight deck can host a Kamov Ka-28 ASW helicopter.
Reduce radar reflections from the airframe by the use of radar-absorbent materials (RAM) or radar-transparent materials such as plastics. Reduce radar detection from exposed internal surfaces such as the cockpit, weapons bay and engine intake ducting. Reduce infra-red and radar detection during adverse weather conditions [clarification needed]
HB1002 was distinguished from the prototype in having a gray paint coat. It did not have the flight test instrumentation boom present on HB1001's nose. As the aircraft was used to test RCS returns, the unstealthy spin recovery chute was removed, and the aircraft was covered in radar-absorbent material. [34]