Indian Army’s Prachand LCH Achieves High-Altitude Firing Feat
The Indian Army's Prachand Light Combat Helicopter (LCH) has successfully
conducted high-altitude firing tests, marking a significant milestone in
India's defence capabilities. This achievement highlights the helicopter's
design for precision operations in extreme terrains, reinforcing the nation's
ability to conduct high-altitude operations effectively.
In a historic milestone the successful high-altitude firing demonstrates the
operational readiness of the Prachand LCH, which is specifically designed to
perform in challenging environments, including high-altitude regions like the
Himalayas.
#High_Alttitude_Warriors
— Gajraj Corps (@GajrajCorps_IA) November 12, 2024
In a historic milestone, the Indian Army’s #Prachand #LightCombatHelicopter successfully conducted high-altitude firing. Designed for precision in extreme terrains, Prachand’s performance reinforces India's capability in high-altitude operations. This… pic.twitter.com/bomgJbmC2v
This accomplishment is a testament to India's "Make in India" initiative and
the self-reliance ethos of Atmanirbhar Bharat, showcasing advancements in
indigenous military technology.
The LCH is equipped to handle various combat roles, including anti-infantry
and anti-armour missions, as well as air defence against slow-moving aerial
threats. It can operate at altitudes up to 6,500 meters (approximately 21,300
feet).
The development of the Prachand LCH was initiated following insights gained
during the Kargil War in 1999, which revealed a need for a capable armed
helicopter for high-altitude operations. The LCH has since undergone extensive
testing and has been recognized for its ability to operate in extreme
conditions, including successful landings at some of the highest helipads in
the world.
This recent firing test proves that the Prachand helicopter gunship is the
only combat helicopter which can achieve sustainable high altitude firing thus
enhancing the armed forces aerial warfare capabilities. Thus emphasising the
importance of homegrown military technology in national defence strategies.
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