The Himalayas are getting a new war machine as Indian Army expands its drone arsenal

The Indian Army has recently approved a contract with Gurgaon-based Aerodrone Robotics Pvt Ltd to deliver 225 First-Person View (FPV) drones for deployment in the high-altitude region of Ladakh. The drones are designed to operate in the challenging terrain and extreme weather conditions of the area, where many Army posts are located at elevations surpassing 18,000 feet.

The Indian military has been increasing its presence in Ladakh since the 2020 Galwan clash and subsequent stand-off with China, while China has also been expanding its drone capabilities in the region.

The FPV drones were rigorously tested by the Army, reaching an operational altitude of 17,500 feet, with trials conducted in Ladakh and Spiti in Himachal Pradesh. These conditions present significant challenges for drone operation, including thinner air, lower temperatures, and reduced battery performance. Despite these difficulties, the drones performed well during testing, showcasing their potential to provide a faster, cheaper, and safer alternative to traditional supply methods for remote Army posts.

The modernization of the Indian Army has seen unmanned systems, such as drones, become a central focus. The procurement of these FPV drones marks a step from demonstrations to a tangible deployment, transforming how the Indian Army patrols, dominates terrain, and engages the enemy. The Army aims to give every soldier a technological edge, making it possible to detect threats before being detected and strike first in modern warfare.

The growing emphasis on drones in warfare is evident in recent conflicts, such as in Ukraine, where drones are estimated to account for 70% of Russian casualties. In a similar vein, Israel has also found drones useful for surveillance, logistics, and precision strikes. For India, the need for drones is particularly pressing along the Line of Actual Control (LAC) with China and the Line of Control (LoC) with Pakistan, where troops often operate at elevations up to 21,000 feet, facing challenging conditions that degrade both human performance and conventional equipment.