BrahMos goes global, eyes next-gen missile by 2028; 1,500-km strike variant on radar

BrahMos is a missile system developed jointly by India's DRDO and Russia's NPO Mashinostroyeniya through BrahMos Aerospace. It is a supersonic cruise missile. That means it is guided toward a target and travels faster than the speed of sound. Its speed and accuracy make it important for striking critical targets from land, sea or air.

The article describes BrahMos as a system that can be launched from different platforms. Test firings from land, sea and air have validated longer-range capabilities. During Operation Sindoor in May 2025, Indian Armed Forces used BrahMos against critical targets, including major Pakistani airbases such as Nur Khan.

That combat use strengthened the missile's international profile. The company said BrahMos engaged targets accurately in real time, and no BrahMos missile was intercepted during the operation. Foreign militaries are now exploring air-launched versions and the future BrahMos-NG system.

BrahMos-NG is the next-generation version of the existing BrahMos missile. The company describes it as smaller, lighter and stealthier. These changes matter because a more compact missile could offer greater flexibility for air-launched operations. The system is being developed jointly by DRDO and Russia's NPO Mashinostroyeniya through BrahMos Aerospace.

The planned design will include higher indigenous content, new technologies and advanced materials. The first prototype is targeted for 2027 or 2028. The missile will initially be developed in an airborne configuration, giving India another planned option for air-launched strike capability.

BrahMos-NG is not yet a deployed system. Foreign militaries are already discussing its capabilities and possible integration. The company is also speaking with countries that operate Sukhoi-30 fighters. This early interest could help shape future integration work, but the article gives no confirmed customer or delivery date.

The proposed BrahMos variant would extend range from the missile's original 290 km to 1,500 km. The difference is 1,210 km. In practical terms, the planned missile would reach more than five times as far as the original version. Such an increase would significantly expand the distance from which the system could potentially strike targets.

The programme is being discussed in phases with BrahMos Aerospace's Russian joint venture partner. The company says test firings from land, sea and air have already validated longer-range capabilities beyond the original 290-km strike range. Those tests support the broader range-extension effort, but they do not mean the 1,500-km version is ready.

The 1,500-km missile remains at the conceptual stage. BrahMos Aerospace has not announced a development or deployment timeline. The range is therefore a long-term roadmap goal, unlike BrahMos-NG, whose first prototype is targeted for 2027-28.

During Operation Sindoor in May 2025, the Indian Armed Forces used BrahMos in active warfare for the first time. The missile was deployed against critical targets, including major Pakistani airbases such as Nur Khan. This gave the system a combat record, rather than only a testing or training history.

BrahMos Aerospace CEO Dr Jaiteerth Joshi said the missile engaged targets accurately in real time. He also said that no BrahMos missile was intercepted during the combat operation. These reported results demonstrated how the weapon performed against rapidly changing battlefield conditions, according to the company.

The combat deployment strengthened BrahMos' profile with foreign military buyers. The company is now in talks with countries interested in air-launched BrahMos systems, and some are also examining BrahMos-NG. The article connects this increased attention directly to the missile's operational performance, although it does not identify every interested country.

Several foreign countries that operate Sukhoi-30 fighter aircraft are interested in air-launched BrahMos. The article does not name those countries or give a confirmed purchase agreement. It does establish that BrahMos Aerospace is engaging foreign militaries that want to integrate the missile into their air forces.

The key connection is the aircraft platform. The Indian Air Force also uses the Sukhoi-30, and India has developed an air-launched BrahMos configuration for that fighter. Countries with the same aircraft are therefore examining possible integration of the missile with their existing air forces. The article presents this as an area of active discussion.

Interest is also emerging in BrahMos-NG, even before its development is complete. The company is discussing the next-generation missile's capabilities and possible integration with interested parties. These talks show export interest, but the article does not confirm contracts, timelines or successful integration for foreign Sukhoi-30 fleets.

Expanding BrahMos exports could strengthen India's defence industry in two ways. It could generate larger international orders and require Indian factories and suppliers to produce more systems. It would also present BrahMos as a flagship of India's defence manufacturing and self-reliance push, giving India a stronger position among arms suppliers.

The company secured its first export order in 2022 and later signed an export deal with the Philippines. It has since signed deals with two more Southeast Asian countries. Orders and deliveries involving the Philippines, Indonesia and Vietnam are expected to take BrahMos exports beyond $600 million. Combat use has added to the missile's international profile.

The broader effect would depend on fulfilling orders and expanding capacity. BrahMos is prioritising Indian Armed Forces orders while preparing for domestic and foreign demand. More production, suppliers and specialised technology work could support future exports. India's defence exports overall have reached Rs 38,400 crore, with annual growth of 62.7%.

In defence manufacturing, indigenous content means how much of a system comes from domestic design, technology, materials and production. BrahMos-NG is planned to have higher indigenous content than the existing missile. That matters because stronger domestic capability can support self-reliance and reduce dependence on a narrow external or imported supply chain.

BrahMos Aerospace plans to expand suppliers for individual systems and subsystems from one or two industry partners to as many as 45 sources. This creates more possible sources for components. It can also encourage suppliers to compete on quality and pricing. The company is establishing specialised 'Tech-bricks' to support development and testing of future BrahMos systems.

A broad network could help the company increase production during emergencies or sudden demand. It may also support Indian Armed Forces orders and international deliveries at the same time. The article presents supplier expansion as a preparation for rising demand, not as proof that all future components will be domestically made.