The upgrading of the R-60 BM guided missile to the R-60 BML and R-60 BMT MALANKA levels implies improving the combat capabilities of the missile by replacing the infrared homing head with a thermal imaging homing head with increased targeting angles, installing a semi-active laser homing head, and also increasing the fuse resistance to electronic interference and the use of a more advanced automatic flight control system. The new dual-band homing head increases the missile’s capabilities for the effective destruction of small-size aircrafts, as well as low-contrast in the thermal range light-armored ground targets. The missile upgrading preserves the structural, technological and aeroballistics characteristics as much as possible. The MALANKA missile can be installed both on standard aviation launchers and placed in transport and launch containers when used on anti-aircraft missile systems.
ADDITIONAL FEATURES - highest pointing accuracy due to the use of modern algorithms for target recognition and tracking - modern rocket autopilot system - laser proximity sensors
WORK IN THREE MODES - Air-to-air - Air-to-surface - Surface-to-air - Surface-to-surface
Seeker : semi-active laser or passive thermal imaging Target engagement range, km 0.3 - 8 Target engagement altitude, km 0.1 - 5 Missile speed, m/s 730 - 850 Kill probability (by one missile) 0,9 Max overload, g 47 Engagable target overload, g 12 Controlled flight time, s 25 Engine type double-mode missile engine solid-fuel Guidance system homing
Upgraded guided missile R-73BM PUMA-EYE
The R-73 short-range missile with a thermal homing head is designed to intercept and destroy enemy manned and unmanned highly maneuverable aerial vehicles in close air fights day and night, from any direction, into the front and rear hemispheres, against the earth background and in the condition of active electronic countermeasures. ADDITIONAL FEATURES - highest pointing accuracy due to the use of modern algorithms for target recognition and tracking - modern rocket autopilot system - laser proximity sensors
SCOPE OF WORK IMPLEMENTED: - working design and repair documentation; - homing head with modern element base; - repair of radio-electronic blocks is mastered.
Seeker semi-active laser or passive thermal imaging Target engagement range, km 0.3-11 Target engagement altitude, km 0.1-7 Kill probability (by one missile) 0,8 Max overload, g 40 Engagable target overload, g 12 Guidance system homing