In a major technological leap, the Indian Army has successfully test-fired the Akash Prime surface-to-air missile at 15,000 feet in Ladakh. This marks the first time an Indian air defence system has intercepted high-speed aerial targets at such extreme altitudes, reaffirming its reliability in high-mountain warfare. Developed by the Defence Research and Development Organisation (DRDO), Akash Prime is a refined version of the Akash Mark 1 and 1S, adapted for the demanding terrain of northern borders.
Equipped with an indigenously developed Radio Frequency seeker, Akash Prime offers high-precision guidance during the final engagement phase. Its integral ramjet engine ensures sustained speed and maneuverability, while a digital autopilot provides flight stability. Each tracked launcher carries three missiles—each 20 feet long, weighing 710 kg, and armed with a 60 kg warhead—ready to neutralise a wide spectrum of aerial threats including drones, helicopters, and fixed-wing aircraft.
Akash Prime’s ability to operate above 4,500 metres fills a critical gap in India’s layered air defence. It will equip the Army’s third and fourth Akash regiments, boosting readiness in forward areas. The system is fully automated, offering real-time data processing and rapid multi-target response.
Previously, Akash systems proved their combat effectiveness during Operation Sindoor, helping thwart hostile aerial incursions. They now form part of India’s multi-layered air defence structure—ranging from MANPADS and short-range SAMs to long-range interceptors like the S-400.
As India eyes future threats, the upcoming Akash NG (Next Generation) system is under development, promising extended range and upgraded capabilities. The success of Akash Prime in Ladakh not only highlights growing indigenous defence capability but also strengthens India’s strategic posture in hostile, high-altitude zones.