India’s Indigenous ‘Tomahawk’: DRDO Achieves Milestone with Successful Test of Long-Range Land Attack Cruise Missile

In a significant advancement for India’s defence capabilities, the Defence Research and Development Organisation (DRDO) successfully conducted the flight test of the indigenously developed Long Range Land Attack Cruise Missile (LRLACM) on June 15, 2026. The test was carried out from Dr APJ Abdul Kalam Island off the coast of Chandipur in Odisha, using a mobile articulated launcher. This achievement marks another step forward in enhancing the nation’s long-range precision strike options through homegrown technology.

The test was carried out from the Integrated Test Range at Chandipur using a mobile articulated launcher. Photo| PIB | New Indian Express

Successful Validation of Critical Technologies

According to the Ministry of Defence, the missile met all mission objectives during the test. Performance parameters related to propulsion, guidance, navigation, control systems, and warhead delivery were thoroughly validated. Data from multiple tracking instruments, including radar, electro-optical systems, and telemetry stations deployed by the Integrated Test Range (ITR) at Chandipur, confirmed the missile’s precise flight path and target engagement.

Senior officials from DRDO, along with representatives from the Indian Army, Navy, and Air Force, witnessed the test. Defence Minister Rajnath Singh congratulated the teams involved, particularly the Aeronautical Development Establishment (ADE) in Bengaluru, which served as the nodal laboratory, and the collaborating Indian industry partners.

Evolution from Earlier Programmes

The LRLACM builds upon the experience gained from the earlier Nirbhay cruise missile programme. While previous efforts encountered technical challenges in initial phases, the new system incorporates matured technologies that deliver improved range, reliability, and precision. This test represents a refined iteration, demonstrating consistent progress in India’s cruise missile development journey.

Key Capabilities and Design Features

Often referred to as India’s equivalent to the American Tomahawk missile, the LRLACM is a subsonic, terrain-hugging cruise missile engineered for deep strikes against land targets. Its low-altitude flight profile enables it to evade enemy radar detection effectively, while its ability to manoeuvre across varying altitudes and speeds adds to its survivability. The missile can deliver a warhead of approximately 450-500 kg with high accuracy.

Estimated specifications include a range of 1,000 to 1,500 kilometres, powered by an indigenous turbofan engine (such as the GTRE Manik) following an initial solid rocket booster phase. The system features advanced inertial navigation with satellite augmentation, terminal seekers, and terrain-contour matching for pinpoint targeting. Its compact design, measuring around six metres in length, supports launches from multiple platforms, with potential for future air-launched variants compatible with aircraft like the Su-30MKI.

Strategic Importance for National Defence

This successful test strengthens India’s strategic deterrence by providing a cost-effective, long-range option that complements existing systems such as the supersonic BrahMos. The fully indigenous development of all subsystems aligns with the broader goal of self-reliance in critical defence technologies. It enhances the armed forces’ ability to conduct sustained, stealthy operations in diverse scenarios, contributing to a more robust national security framework.

The Road Ahead

The LRLACM is slated to undergo additional developmental and user trials in the coming period before full induction into the services. Future enhancements may include integration across multiple platforms and potential roles in anti-ship configurations, further expanding its operational utility.

The MGMM Outlook 

The successful flight test of the indigenously developed Long Range Land Attack Cruise Missile (LRLACM) marks a major milestone in India's pursuit of advanced self-reliant defence capabilities. Building upon the lessons of the earlier Nirbhay programme, the new system demonstrates significant improvements in precision, reliability, and long-range strike capability. The validation of critical technologies related to propulsion, guidance, navigation, and warhead delivery highlights the growing maturity of India's indigenous missile ecosystem and the increasing contribution of domestic industry to strategic programmes.

Often compared to the American Tomahawk missile, the LRLACM strengthens India's deterrence posture by providing a stealthy and cost-effective deep-strike option that complements existing assets such as BrahMos. Its terrain-hugging flight profile, multi-platform potential, and extensive indigenous content reflect India's broader commitment to technological sovereignty and defence modernisation. Continued developmental trials and future platform integrations are expected to further enhance the operational flexibility of the armed forces and reinforce the country's long-term security architecture.

(Sources: News18, Moneycontrol, New Indian Express)