India has successfully tested its indigenous ERASR Anti-Submarine Rocket, a major step forward in strengthening the country’s naval defence capabilities. Developed by the Defence Research and Development Organisation (DRDO), the rocket is designed to enhance the Indian Navy’s underwater warfare strength. The recent trials mark another achievement for India’s indigenous defence technology drive, aimed at reducing reliance on imports and building self-reliant military systems.
ERASR Anti-Submarine Rocket User Trials Overview
The ERASR Anti-Submarine Rocket underwent user trials in early July 2025 off the coast of Odisha. These tests were conducted by the Indian Navy in collaboration with DRDO. The rocket was fired from a naval warship, and it successfully demonstrated its precision, range, and underwater targeting capability.
The trials validated the system’s operational readiness and its ability to neutralize submerged threats. Defence officials noted that this rocket system will greatly support anti-submarine operations in shallow and deep waters.
DRDO & Navy Collaboration
The successful testing of the ERASR Anti-Submarine Rocket highlights the continued collaboration between the Indian Navy and DRDO. The development of ERASR is part of a larger initiative under the “Aatmanirbhar Bharat” mission, focusing on indigenous defence technology.
DRDO worked closely with the Navy to ensure that the weapon system met exact operational requirements. This joint effort has ensured that the rocket system is not only technically sound but also tailored to real-world naval conditions and needs.
Technical Specs: Twin‑Motor & Time‑Fuse
The ERASR Anti-Submarine Rocket is a state-of-the-art system equipped with a twin-motor configuration. This design allows the rocket to travel faster and reach greater depths in a shorter time. It also features a time-fuse mechanism, which enables it to detonate near underwater targets at a predetermined depth and time.
With a range of over 5 kilometers, the ERASR is capable of protecting naval fleets from enemy submarines in both defensive and offensive roles. These technical features give India an edge in modern underwater combat scenarios.
For full technical details and official statements, visit DRDO and defence updates on Adda247.
Significance for Naval Warfare Capability
The induction of the ERASR Anti-Submarine Rocket into the Navy’s arsenal will significantly boost India’s naval warfare capabilities. Submarine threats, especially from hostile nations, are increasing in the Indian Ocean Region. Having a reliable and indigenous system ready for deployment enhances India’s maritime security posture.
The ERASR’s quick reaction time and deep-sea precision make it a valuable addition for both offensive and defensive missions. It provides the Indian Navy with new tactical options in contested waters.
Path to Induction & Strategic Impact
Following successful user trials, the ERASR system is now on the path to induction into the Indian Navy. Once inducted, it will replace older systems and serve as a frontline weapon for anti-submarine operations.
Strategically, this development reflects India’s growing capability to produce high-tech military equipment domestically. It also sends a strong message about India’s defence readiness and self-reliant military strength.
Conclusion:
The successful testing of the ERASR Anti-Submarine Rocket marks a major milestone for India’s indigenous defence technology. It strengthens the country’s ability to defend its waters and contributes to a stronger, more capable Indian Navy.
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