BrahMos Aerospace is fast-tracking the creation of an advanced air-launched BrahMos-A supersonic cruise missile capable of reaching targets up to 800 kilometres away. This new variant will maintain the same 2.5-ton weight and 6-metre length as the existing model.
Internal sources confirm that final integration and flight testing are scheduled to wrap up by the end of 2026. This timeline sets the stage for mass production to begin before 2030, with the Indian Air Force (IAF) aiming to have the missile in active squadron service by 2028–29.
India’s entry into the Missile Technology Control Regime (MTCR) in 2016 made it legally possible to extend the weapon's range beyond the previous 300 km limit.
Engineers achieved this major leap in distance without altering the missile’s physical dimensions. The breakthrough relies on a more efficient indigenous liquid-fuel ramjet engine (LFRJ), highly optimised air-intake designs, and the use of lighter composite materials for the airframe.
Because its external size remains unchanged, the new BrahMos-A will be instantly compatible with the internal carriage and launch rails of the IAF's existing Su-30MKI fighter jets.
According to a senior BrahMos official, the foundational design and ground-level tests are already finished. Static engine firings using the upgraded propellant have successfully proven that the 800 km range is achievable.
The next major milestone—the first live drop and boost-phase test from a Su-30MKI—is slated for late 2026, which will be followed by comprehensive supersonic flight trials throughout 2027.
Open-source defence reports also note that the weapon integrates advanced internal navigation systems and external satellite guidance to ensure pinpoint accuracy and strong resistance to signal jamming.
Once operational, the extended-range BrahMos-A will provide the IAF with an unparalleled deep-strike advantage. A Su-30MKI will be able to patrol safely within Indian borders and launch precision strikes against critical targets up to 800 km away.
This vast operational radius keeps the aircraft well out of the reach of most hostile air-defence networks, and the strategic advantage grows even larger when coordinated with airborne early-warning systems.
A newly upgraded seeker system is currently undergoing captive testing and will eventually be installed on all BrahMos-A missiles, including the 450 km versions currently rolling off the assembly line.
The weapon system's reliability and lethal precision were recently demonstrated during the 88-hour Operation Sindoor in May 2025.
During the operation, IAF Su-30MKI jets fired older variants of the BrahMos-A from deep inside Indian territory. The missiles successfully bypassed layered air defences to destroy hardened terrorist infrastructure and airbases in Pakistan.
Military planners note that the existing 290 km and 450 km variants already pose a formidable deterrent. By the time the 800 km version enters squadron service in 2028–29, the IAF will have the capability to neutralise threats deep into neighbouring territories directly from central India.
Manufacturing of the 450 km variant is already active at the new BrahMos facility in Hyderabad, while the Cabinet Committee on Security has officially granted the 800 km project "national priority" status.
Full series production is expected by 2028–29 to fulfill the needs of both the IAF and approved export partners.
