India’s ongoing push to establish an Integrated Rocket Force (IRF) is far more than a routine military upgrade.
It is a calculated strategy to develop an arsenal that can match and neutralize the distinct advantages held by China’s People’s Liberation Army Rocket Force (PLARF).
While most global militaries divide their missile assets across different branches, China’s PLARF operates as a single, dedicated branch designed for both nuclear and conventional precision strikes.
This provides Beijing with a massive, centralized warfighting capability. India is taking a different organizational approach, but its technological goals are clear: to match China’s weapons class-for-class, filling critical vulnerabilities from short-range tactical strikes to long-range strategic deterrence.
When it comes to high-end military technology, hypersonic glide vehicles are among China’s most dangerous assets.
The Chinese DF-17 missile, which carries a highly maneuverable hypersonic glider, drastically reduces the time adversaries have to react.
By flying at lower trajectories and maneuvering unpredictably, it easily evades conventional missile defence systems, including advanced interceptors like the S-400.
To counter this, India is not simply building a direct copy. Instead, New Delhi is developing a multi-layered response that relies heavily on systems like the Shaurya-NG and the Hypersonic Technology Demonstrator Vehicle (HSTDV).
This effort saw a major breakthrough recently; on November 16, 2024, the Defence Research and Development Organisation (DRDO) successfully test-fired India's first long-range hypersonic missile from Dr APJ Abdul Kalam Island, firmly placing India in an elite club of hypersonic-capable nations.
The Shaurya-NG missile is designed to fly in a "quasi-ballistic" pattern—meaning it stays within the Earth’s atmosphere at altitudes that make it incredibly difficult for enemy radars to track and intercept.
Furthermore, India is researching "plasma stealth" technology, which surrounds the missile with a cloud of ionized gas to absorb radar waves, effectively hiding it in plain sight.
Alongside this, the HSTDV program serves as the foundation for future hypersonic cruise and glide missiles. These systems require advanced cooling and sustained high-speed flight capabilities.
Underscoring this progress, the DRDO successfully completed ground runs for an active-cooled scramjet combustor in January 2025, proving India has the engine technology necessary to sustain extreme hypersonic speeds.
In the naval arena, China has changed the rules of engagement with anti-ship ballistic missiles like the DF-21D and DF-26B, often called "carrier killers."
These missiles can threaten aircraft carriers from thousands of kilometers away, relying on a vast network of satellites and radars to guide them to moving targets.
India’s countermeasure is the Long-Range Anti-Ship Missile (LR-AShM). Built to secure the Indian Ocean Region, the LR-AShM boasts a range of roughly 1,500 kilometers and features a hypersonic glide phase to punch through advanced naval air defences.
Following a highly successful test in late 2024, the LR-AShM was proudly showcased during India's Republic Day parade in January 2026.
While India is still expanding the satellite and radar networks needed to guide such weapons perfectly, the immediate goal is to restrict the freedom of enemy warships rather than just competing on maximum range.
The rivalry is just as fierce on the ground with long-range rocket artillery.
China’s PCH-191 system uses a modular "universal launcher," meaning the same truck can fire everything from guided rockets to short-range ballistic missiles. This makes it incredibly flexible and cost-effective for striking deep behind enemy lines.
India is rapidly mirroring this tactic with its Pinaka Mk-III and upcoming Mk-IV systems, as well as the Suryastra extended-range artillery concept.
The goal here is to move away from simply blanketing an area with explosives and instead focus on "sniper-like" precision. This allows forces to target specific enemy supply hubs, command centers, and air defence radars.
The global appeal of this approach is already visible, with the Pinaka system becoming a major defence export success for India to nations like Armenia.
Hypersonic cruise missiles are another vital battleground.
China currently holds an advantage here with systems like the ship-launched YJ-21. Unlike glide vehicles that are pushed by a rocket and then glide to their target, hypersonic cruise missiles use "scramjet" engines to maintain powered, maneuverable flight at extreme speeds from launch to impact.
India’s response is the BrahMos-II, currently being engineered to fly at Mach 7 to 8. India's steady progress in scramjet engine testing shows it is overcoming the immense heat and pressure challenges of hypersonic flight.
The BrahMos lineage already carries immense credibility; following its highly successful first combat deployment in "Operation Sindoor" in May 2025, the upcoming hypersonic BrahMos-II—along with an 800-km extended-range variant of the supersonic BrahMos expected by 2027—will drastically upgrade India's strike power from the land, sea, and air.
One area where India has confidently leveled the playing field is in tactical, short-range ballistic missiles.
India's Pralay missile serves as a direct and highly effective counter to Chinese systems like the DF-12 and DF-15.
Designed to carry conventional explosives, Pralay is incredibly accurate and can maneuver as it re-enters the atmosphere, making it perfect for swiftly destroying high-value targets along disputed borders.
The system recently proved its battle readiness during user evaluation trials; on December 31, 2025, the DRDO successfully conducted a "salvo launch," firing two Pralay missiles in quick succession.
With 250 units ordered for the Army and 120 for the Air Force, the first Pralay regiment is expected to officially join the Integrated Rocket Force by 2026–2027.
Ultimately, India’s strategy is unique. It is not trying to blindly copy the exact structure of China’s PLARF.
Instead, New Delhi is building a highly interconnected strike network. The Integrated Rocket Force will act as a joint command, pulling together the best missile assets from the Army, Navy, and Air Force to launch coordinated attacks.
This joint approach recognizes that a missile’s speed and range mean nothing without a strong "kill chain"—the interconnected web of radars, communication satellites, and command centers that actually find the target and guide the weapon.
While a gap between India and China remains—particularly in the sheer number of missiles, real-time targeting satellites, and overall manufacturing scale—India’s current path is promising.
Through intense domestic research, successful real-world testing, and strategic international partnerships, India is systematically closing these vulnerabilities.
By heavily investing in hypersonic flight, modular rocket launchers, and pinpoint long-range strikes, India is proving it understands exactly where the future of missile warfare is heading.
