India’s First Long Range Hypersonic Missile

INDIA’S FIRST LONG RANGE HYPERSONIC MISSILE

• India’s Defence Research and Development Organisation (DRDO) successfully conducted the flight test of its first long-range hypersonic missile on November 17, off the coast of Odisha.
• This achievement marks a significant milestone for India, positioning it among a select group of nations capable of developing and testing such advanced military technology.

SIGNIFICANCE OF THE TEST

The Defence Minister Rajnath Singh described the test as a historic moment, highlighting it as a major step for India in the field of advanced military technologies. With this success, India joins a small group of countries that have the ability to develop and test hypersonic missiles.

• The missile was launched from APJ Abdul Kalam Island, off the coast of Odisha.
• This location is named after India’s former president and renowned missile scientist, APJ Abdul Kalam.

KEY FEATURES

• Range: The missile has the ability to strike targets over 1,500 kilometers away and can carry different types of payloads.
• Indigenous Development: The missile was developed by several DRDO laboratories, along with industry partners.
• The core development took place at the APJ Abdul Kalam Missile Complex in Hyderabad.

What is a Hypersonic Missile?

• A hypersonic missile is a missile that travels at speeds of at least Mach 5, which is five times the speed of sound (around 1 mile per second).
• Hypersonic missiles are much faster and more maneuverable than traditional ballistic missiles, which follow a fixed, predictable path.

TYPES OF HYPERSONIC MISSILES

• Hypersonic Glide Vehicles (HGV): These are launched from a rocket and then glide towards the target.
• Hypersonic Cruise Missiles (HCM): These missiles are powered by scramjets (air-breathing engines), which help maintain high speeds after the initial launch.

• Long-Range Strike: Hypersonic missiles can strike distant targets, including highly protected or time-sensitive targets like moving missiles or critical facilities.
• Difficult to Track: Due to their high speed and low flight path, hypersonic missiles are hard to detect using traditional radar systems or surface-based sensors.
• Kinetic Energy: Hypersonic missiles use kinetic energy (energy from motion) to destroy targets, including structures that are hard to penetrate using conventional weapons, such as underground facilities.

CHALLENGES OF HYPERSONIC MISSILES

• Heat and Friction: The extreme speeds create significant heat due to air resistance, requiring special materials that can withstand such conditions.
• Precision Maneuverability: The missile must be extremely precise in its movement, which makes the design and operation of these missiles highly complex.
• Communication Difficulties: It is difficult to maintain communication with a hypersonic missile during flight due to its high speed and altitude.
• Cost: Developing and producing hypersonic missiles is much more expensive than traditional ballistic missiles due to their cutting-edge technology.

GLOBAL RACE IN HYPERSONIC TECHNOLOGY

• Russia: Russia is a leader in hypersonic missile development. In 2022, Russia used a hypersonic missile for the first time during the Ukraine conflict, targeting an underground warehouse in Ivano-Frankivsk.
• China: China is also advancing in hypersonic missile technology, with several successful tests of its own hypersonic weapons.
• United States: The U.S. is heavily investing in hypersonic missile technology. In May 2023, the U.S. Army awarded Lockheed Martin a $756 million contract to develop a ground-based hypersonic missile system, known as the Long Range Hypersonic Weapon (LRHW).
• Other Countries: Several nations, including France, Germany, Australia, Japan, Iran, and Israel, are also working on developing hypersonic m

BALLISTIC MISSILE V/S HYPERSONIC MISSILES

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