- HEMRL
Thermobaric bombs use advanced fuel rich explosive filling capable of sustained terminal effects with enhanced lethality. TB bombs are capable to defeat soft and medium hard targets in open / confined environments with high impulse blast (TNT equivalent of 1.6) and thermal output. TB bombs are capable to generate higher blast impulse (> 30%) and long duration thermal effects (>1600oC, > 400ms) compared to conventional HE bombs. The bombs are adaptable to NATO and Russian aircrafts. The TB composition with enhanced performance parameters are developed as one to one replacement of existing bombs which uses TNT based conventional filling.
TB bombs are capable of defeating soft and medium hard targets in open or confined environments with high impulse blast and thermal output.
Infra red (IR) guided missiles pose major threat to military aircrafts. For aerial intercept missions, IR guided missiles have been developed around the world. Military as well as civilian aircrafts/helicopters are prone to attack by ground to air and air to air IR guided missiles. IR flare for CMDS is used to decoy the incoming IR guided missiles and thus save the aircraft/ helicopter.
IR flare for CMDS will be used in various aircraft fleets of Indian Air Force. Compatible with TAAS (Israel), TRACOR (France) and BDL (India) CMDS.
The 50 mm MTV Flares are used to save the fighter, transport and helicopters from IR guided missiles (both surface to air and air to air threats).
50 mm IR Flare, on produces very intense IR radiations in the desired waveband for more than 5s duration.
The flare is compatible with APP-50 UV Mk I 30 (Russia) CMDS.
Incorporated with a Safety and Functioning (SFU) unit, to ensure ignition of pellet only after ejection.
The flare is utilized for self protection in hostile environment on Su-30 MKI aircraft.
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HEMRL has designed and developed 81 mm Anti Thermal-Anti Laser smoke grenade for Indian Army for use with T-72, T-90, MBT Arjun and BMP-2 The grenade instantaneously generates smoke screen to defeat Thermal Imaging (TI) Sights and Laser equipment of enemy modern Tanks. Development has been completed.
It is able to defeats Thermal Imaging (TI) Sights and Laser equipments of enemy modern Tanks.
Brahmos is a supersonic cruise missile with a range of 300km (Flight time 300 s) and carried a warhead of about 200 kg. Anti-Ship PCB warhead for Brahmos missile is indigenously developed by Programme PJ-10. HEMRL has developed the novel high explosive HEMEX which is a HMX based explosive. HEMEX formulation has been developed by HEMRL, based on the requirement given in terms of shock sensitivity, VoD, filling density and TNT equivalent. HEMRL has also developed the procedure and infrastructure required for filling the warhead casing and preparation of booster pellet during the development phase. Vacuum casting method has been adopted for filling the warhead with HEMEX composition to achieve desired density.
The warhead is developed to neutralize surface ships like cruisers, frigates, destroyers, ground buildings belonging to air force and naval bases, power stations and other vulnerable ground targets. The anti-ship warhead of missile system is intended to function after the missile penetrates into the targets.
Canopy Severance System (CSS) is an emergency escape aid system used for rescue of pilot in the shortest possible time. It consists of two independent sub-systems namely-
1) Ground Egress System (GES)
2) In-flight Egress System (IES)
GES is used during emergency when the aircraft is on ground. It can be operated either by pilot himself or the ground crew. On operation, the canopy is cut along its periphery and then it is removed to facilitate the exit of the pilot.
In-flight Egress System (IES) is used during flight. It is operated by the pilot by pulling the handle of ejection seat. On its operation, canopy is cut over the head of pilot which facilitates him to eject out easily through the canopy
Emergency escape aid system for pilot in LCA fighter and Trainer aircrafts, HJT 36 and HTT 40 aircrafts