It significantly increases the accuracy of the ZRPC
MOSCOW, February 22. /tass/. Rostec State Corporation has equipped a number of weapons samples, including the upgraded Pantsir-SM anti-aircraft missile and cannon complex (ZRPC), with the latest algorithm that significantly improves navigation accuracy. This was reported to TASS by the press service of the High-Precision Complexes holding (part of Rostec).
"This method, implemented in the upgraded Pantsir-SM, plays a special role in the development and operation of orientation and navigation systems as part of robotic complexes. It has already been implemented in a number of new developments of the High-Precision Complexes holding," the press service of the holding reported.
Also in the "High-precision complexes" they told about the important features of the new algorithm. "The integration algorithm developed by the Signal Research Institute makes it possible to jointly process all data received from navigation information sources. Its key features are the use of spatial analysis methods, a complex model for choosing the prioritization of an information source, evaluating the quality of the solution of transmitted values, and filtering signals from odometric sensors and satellite equipment. The algorithm is implemented in orientation and navigation systems, which are used in the most advanced weapons and military equipment," the press service said.
Earlier, the industrial director of the Rostec armament complex, Bekhan Ozdoev, told TASS that the Pantsir-SM was equipped with a unique navigation system developed by the Signal Research Institute, and tests are currently underway.
"Pantsir-SM" previously received new hypersonic anti-aircraft guided missiles (SAM), which increased the target range from 20 to 30 km and height from 15 to 18 km. Along with the new missiles, the complex can use missiles from the Pantsir-S1 complex. In addition, the stealth and noise immunity of combat work have been increased, fire performance per unit of time has been improved. ZRPC "Pantsir-SM" is capable of fighting all types of unmanned aerial vehicles, including shock.
