DSA Correspondent

DateJuly 16, 2025
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India's ET-LDHCM: Game-Changer in Hypersonic Warfare

India is striding fast in missile technology. Under the classified Project Vishnu, India has achieved an important breakthrough in missile technology with the development of the Extended Trajectory Long Duration Hypersonic Cruise Missile (ET-LDHCM). This achievement has put India in the league of an elite group of countries that possess operational hypersonic weapons technology.

Let's decode the capabilities of this revolutionary weapon in simple language. The capability transcends the existing military paradigms due to its speed and manoeuvring capabilities. It can operate at the speed of Mach 8, approximately 11,000 kilometres per hour. This is three times faster than the BrahMos cruise missile, which operates at Mach 3. Traditional ballistic missiles follow predictable trajectories, but the ET-LDHCM combines hypersonic speed with in-flight manoeuvrability, making it virtually impossible to intercept with current defence systems.

With a range of 1500 kilometres, the missile range capability exhibits a dramatic expansion from existing Indian missile systems. The ET-LDHCM is not only three times faster than BrahMos but also has a three times longer range. BrahMos originally operated at 290 kilometres and later extended to 450 kilometres. This long-range capability will allow India to strike targets deep in enemy territories from safe standoff distances. For example, India can launch this missile from Bhopal and hit Pakistan's farthest point from India.

Project Vishnu

The ET-LDHCM is the top achievement of Project Vishnu, DRDO's major effort to develop hypersonic weapons. This project includes 12 different hypersonic systems, covering both attack missiles and defence interceptors. Hypersonic glide vehicles are expected to be ready by 2027–2028, and missiles like the ET-LDHCM should be operational by 2030.

What makes this program important is its focus on making everything within India. The missile has been built entirely with Indian technology, with a big role played by small businesses (MSMEs) and private defence companies. This not only supports the Atmanirbhar Bharat (self-reliant India) mission but also helps build a strong defence industry for future hypersonic weapons. 

The ET-LDHCM is just the start of India's journey in hypersonic weapons. Under Project Vishnu, DRDO is developing more advanced systems like hypersonic glide vehicles and anti-hypersonic defences. All of this is being done using Indian technology, making India self-reliant and a possible future exporter of such systems to friendly nations.

This missile's success shows how India is using smart, high-tech solutions to deal with bigger threats, especially from countries like China. It boosts India's image as a strong regional power and builds its influence in global defence discussions.

A New Era of Strategic Capability

ET-LDHCM is more than just a missile—it marks India's rise as a serious player in the hypersonic race. Its unmatched speed, long range, and manoeuvring power give India new strategic options and make enemies think twice. As the Indo-Pacific sees more tension, India's homegrown tech strength ensures it stays secure while promoting peace and stability in the region.