Recently, Russia faced another setback when its Sarmat ballistic missile, also known as ‘Satan II,’ failed in a test conducted at the Plesetsk Cosmodrome. This is the fourth time the Sarmat missile has encountered issues, raising concerns about Russia’s missile program. The missile, which can carry 10-15 nuclear warheads, is considered one of Russia’s most lethal weapons, but repeated failures have raised questions about its reliability.
Sarmat was expected to be a game-changer in global missile defence, positioning Russia as a leader in advanced military technology. However, with recent test failures, attention has shifted to how other countries are advancing their missile technologies, particularly in the hypersonic weapon space.
Global Missile Systems Comparison
Russia’s Sarmat may be facing difficulties, but it still has other powerful missile systems. One example is the Avangard Hypersonic Glide Vehicle, which travels at Mach 20, making it nearly impossible for missile defence systems to intercept. Similarly, other global powers have their own advanced missile capabilities.
The United States continues to rely on the Minuteman III ICBM as its primary intercontinental ballistic missile, alongside the Trident II D5, a submarine-launched ballistic missile (SLBM). These systems form a crucial part of America’s nuclear deterrence strategy.
Meanwhile, China is also making rapid progress with its DF-41 ICBM, which has a range of about 15,000 kilometres and can carry multiple warheads. China has also developed the DF-ZF Hypersonic Glide Vehicle, which can evade missile defence systems, making it highly effective for rapid strikes.
The Hypersonic Race
A new trend in missile technology is the rise of hypersonic weapons, which can travel at speeds greater than Mach 5. These missiles are highly manoeuvrable and can evade traditional missile defence systems.
Russia’s Avangard and China’s DF-ZF are leading the way in hypersonic missile technology. The United States is not far behind, with programs like the Hypersonic Conventional Strike Weapon and the Air-Launched Rapid Response Weapon (ARRW), aimed at enhancing its defence capabilities in the evolving global missile race.
Missile Defense Systems: Are They Ready?
As missile technology advances, countries are also developing missile defense systems to intercept these threats. The THAAD (Terminal High Altitude Area Defense) system from the U.S. is effective against traditional ballistic missiles but struggles against hypersonic threats. Russia is working on the S-500 system, designed to counter advanced hypersonic threats, while China is developing its defense systems, although limited information is available.
India’s Missile Capabilities
India, too, is advancing its missile technology, though more progress is needed to stay competitive in the global missile race. The Agni-V ICBM is India’s most advanced ballistic missile, with a range of 5,500 to 8,000 kilometres. It is capable of carrying multiple warheads, serving as a key component in India’s strategic deterrence.
India’s collaboration with Russia produced the BrahMos missile, which is highly effective but still undergoing upgrades to enter the hypersonic category. The Hypersonic BrahMos-II is in development and will elevate India’s missile arsenal to the next level.
Why Missile Deterrence is Critical for India
With neighbours like China and Pakistan possessing advanced missile capabilities, India must continuously upgrade its missile systems. China’s DF-41 and Pakistan’s ballistic missile programs pose potential threats, necessitating that India maintain credible deterrence.
Missile technology is evolving rapidly, and India must focus on self-reliance in defence technology, reducing dependence on foreign nations. As missile failures like Russia’s Sarmat show, even the most advanced systems can falter, highlighting the importance of strong missile deterrence and defense systems in today’s security landscape.
