Overview
India successfully tested the Long Range Land Attack Cruise Missile (LRLACM) from Dr APJ Abdul Kalam Island, Odisha. This subsonic, terrain-hugging missile can strike targets nearly 1,000 km away with a 450 kg warhead. Developed by DRDO’s Aeronautical Development Establishment, it enhances India’s precision strike capability.
A New Missile for India’s Defence
On 16 June 2026, India achieved a major milestone in its defence capabilities. The Defence Research and Development Organisation (DRDO) successfully flight-tested the Long Range Land Attack Cruise Missile (LRLACM). The test was conducted from Dr APJ Abdul Kalam Island off the coast of Odisha. This missile is a subsonic, surface-launched cruise missile designed to strike land targets at long distances with very high precision. It is a significant addition to India’s strategic arsenal.
What is the Long Range Land Attack Cruise Missile?
The LRLACM is a cruise missile that flies at subsonic speed. It is launched from the ground (surface-launched) and is meant to hit targets on land. Its primary purpose is to destroy high-value enemy assets such as command centres, logistics hubs, radar installations, and naval assets from a safe distance. The missile is designed to be highly survivable, meaning it is very difficult for enemy air defence systems to detect and intercept it.
Key Features of LRLACM
1. Impressive Range and Payload
The LRLACM is capable of striking targets at ranges approaching 1,000 kilometres . It can carry a 450 kg warhead . This combination of long range and heavy payload makes it a formidable weapon. It can hit deep inside enemy territory without putting Indian forces at risk.
2. Terrain-Hugging Flight
One of the most important features of the LRLACM is its low-altitude, terrain-hugging flight capability. The missile flies very close to the ground, following the contours of the terrain. This makes it extremely difficult for enemy radar to detect. It can weave through valleys and over hills, avoiding obstacles and enemy defences.
3. Advanced Navigation and Guidance
The missile uses a combination of navigation systems to ensure it hits its target accurately. It has:
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An advanced inertial navigation system – this keeps it on track without external signals.
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Satellite navigation (like GPS or NavIC) – for midcourse guidance, keeping it on the correct path.
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A terminal seeker or terrain-contour matching capability – this ensures it locks onto the target in the final phase of flight for a precise hit.
4. Propulsion System: The Manik Engine
The LRLACM is powered by a Small Turbofan Engine (STFE) called Manik . This engine gives the missile the ability to fly long distances at subsonic speeds while being fuel-efficient. The Manik engine is an indigenous development, showcasing India’s growing self-reliance in critical defence technologies.
5. Low Detection Risk
Because it flies at low altitude and has a small radar cross-section, the LRLACM minimises the risk of detection and interception. Enemy air defence systems find it very hard to track such a missile. This makes it a highly survivable precision strike weapon.
Who Developed the LRLACM?
The missile has been developed by the Aeronautical Development Establishment (ADE) in Bengaluru. ADE is a premier laboratory of DRDO. The development also involved contributions from various other DRDO laboratories and Indian industry partners. This shows the strength of India’s defence research ecosystem and the success of the ‘Make in India’ initiative in defence.
Significance for India’s Defence
The successful test of the LRLACM is a big step forward for India’s defence capabilities. Here is why it matters:
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Enhanced Strike Capability: India now has a cruise missile that can hit targets up to 1,000 km away with great accuracy. This gives the armed forces a powerful offensive option.
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Deterrence: The missile serves as a strong deterrent against potential adversaries. Knowing that India can strike deep inside their territory with precision makes them think twice before any hostile action.
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Survivability: The terrain-hugging flight profile makes the missile very hard to intercept. This means it can be used even in heavily defended areas.
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Indigenous Development: The LRLACM is largely indigenous, reducing India’s dependence on foreign countries for critical weapons. It also saves foreign exchange and creates high-tech jobs in India.
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Versatility: The missile can target a wide range of high-value assets, including command infrastructure, logistics hubs, radar installations, and naval assets.
A Human Touch: The Scientists Behind the Success
Behind every successful missile test are hundreds of scientists and engineers who work tirelessly, often in secrecy. The successful flight-test of the LRLACM is a testament to their dedication. A senior DRDO scientist, speaking on condition of anonymity, said, “We have been working on this project for years. There were many challenges, but we never gave up. Seeing the missile fly perfectly and hit the target is the best feeling in the world. This is our gift to the nation.” His words reflect the passion and commitment of India’s defence scientists.
What This Means for India’s Strategic Autonomy
The LRLACM adds to India’s growing family of indigenous missiles, including Agni, Prithvi, BrahMos, and Nirbhay. Each of these missiles has a specific role. The LRLACM fills a crucial gap – a long-range, terrain-hugging, land-attack cruise missile. With this capability, India’s strategic autonomy is strengthened. The country can now defend itself and project power without relying on foreign suppliers.
Exam-Focused Points
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LRLACM stands for Long Range Land Attack Cruise Missile.
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Type: Subsonic, surface-launched cruise missile.
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Purpose: Strike land targets at long distances with high precision.
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Range: Nearly 1,000 km.
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Warhead: 450 kg.
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Flight profile: Low-altitude, terrain-hugging.
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Propulsion: Small Turbofan Engine (STFE) called Manik.
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Guidance: Inertial navigation + satellite navigation + terminal seeker/terrain-contour matching.
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Key feature: Minimises detection and interception risk.
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Targets: High-value command infrastructure, logistics hubs, radar installations, naval assets.
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Developed by: Aeronautical Development Establishment (ADE), Bengaluru (DRDO lab).
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Test site: Dr APJ Abdul Kalam Island, Odisha.
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Test date: 16 June 2026.
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Significance: Enhances India’s precision strike capability and strategic autonomy.
Frequently Asked Questions (FAQ)
Q1: What is the range of the LRLACM?
A: The LRLACM can strike targets at ranges approaching 1,000 kilometres .
Q2: What type of warhead does it carry?
A: It can carry a 450 kg conventional warhead .
Q3: Why is the LRLACM difficult to intercept?
A: Because it flies at low altitude, hugging the terrain , making it very hard for enemy radar to detect and track.
Q4: Who developed the LRLACM?
A: It was developed by the Aeronautical Development Establishment (ADE) in Bengaluru, a DRDO laboratory, with contributions from other DRDO labs and Indian industry partners.
Q5: What is the propulsion system used in the LRLACM?
A: It uses a Small Turbofan Engine (STFE) called Manik , which is an indigenous engine.