The BrahMos family of missiles are the product of a joint Indian-Russian venture. To date, the BrahMos program has developed a ramjet supersonic cruise missile, with ship- land-air-and submarine-launched variants.
The BrahMos design incorporates two fuel types. Solid propellant brings the missile to speed, at which point the propulsion is taken over by a liquid-fueled, air-breathing ramjet, bring the BrahMos close to Mach 3. Its unique nose shape contains the frontal cone portion of its ramjet and is reminiscent of both the MiG-21 and Su-7 jet fighters, which also incorporate a similar nosecone structure, located in the nose of the planes.
According to the BrahMos website, the project is a joint venture between India, which is a 50.5% owner of the project, the Russian side responsible for the following 49.5%. Russian expertise was used in developing the ramjet engine, while the Indian side of the project was responsible for the launchers, mission software and inertial navigation systems.
The ramjet is what makes the BrahMos missile unique in India’s arsenal. It is capable of very high speeds, topping out at Mach 3-Mach 3.5. The missile’s high speed makes it difficult to intercept.
The range is supposed to be limited to 290 kilometers, as both India and Russia are members of the Missile Technology Control Regime, a non-binding and informal arms export control regime that aims to limit missiles and missile systems to the under 500 kilograms (1,100 pounds) payload range and under 300 kilometers (190 miles) range.
While the BrahMos is a fast missile, it’s successor, the BrahMos II, currently under development, could be a game-changer. BrahMos II is hypersonic — it travels in excess of Mach 5. But why is that a problem — why could a faster missile be so dangerous?