Since 2006, over 15 military systems developed by «KB Radar» have been fielded with the Armed Forces of the Republic of Belarus.
Tangible results have been achieved by «KB Radar» within ten years of its active work as an independent company.
In the field of radar
Creation, fielding with the Armed Forces of the Republic of Belarus, of a verion of mobile 2D solid-state VHF-band surveillance radar «Vostok-E/D». The radar operation in different climatic conditions shows superior, as compared to counterparts in the same class, performances. A familly of highly efficient mobile and stationary radars is being developed based on the «Vostok-E/D», such as «Vostok 3D» three-dimensional version with an active phased array, a VHF-band ranging channel and S-band height-finding channel. This technical solution will result in building a highly competitive radar set in terms of cost effectiveness;
Creation of simulation models of different air defense missile systems. The models comprise functional blocks taking into account real space-and-time characteristics of the processes modeled. If necessary, individual systems and sub-systems/units of the SAM systems are simulated. The models can be used to design, upgrade or research radars and SAM systems, evaluate their anti-jamming capacity. The degree of detail, the modeling operation medium and interface are adapted to the user’s requirements and possibilities;
In the field of EW
Creation, fielding with the Armed Forces of the Republic of Belarus, of small-size denial jamming and spoofing transmitters and spatially-distributed Complexes of jamming transmitters designated against GPS, GLONASS, GALILEO, BeiDou user navigation equipment. The «intelligent» jammers generated by these systems impart the user with tangible advantages and initiative in modern «net-centric» warfare;
Creation, fielding with the Armed Forces of the Republic of Belarus, of artillery ammunition (gun/howitzer and mortar shells, rockets) proximity radio fuze jammers. These systems provide reliable protection of troops and key facilities from artillery shelling by generating jamming signals initiating the munition detonation at a safe height and distance from the protected facility;