The BrahMos supersonic cruise missile is one of the most deadly weapon systems on the planet. With recent upgrades focusing heavily on indigenous technology, it now features advanced navigation chips, steep-dive capabilities, and domestic rocket boosters, making it a nightmare for the enemy.

The BrahMos supersonic cruise missile is one of the most deadly weapon systems on the planet. With recent upgrades focusing heavily on indigenous technology, it now features advanced navigation chips, steep-dive capabilities, and domestic rocket boosters, making it a nightmare for the enemy.

Nightmare for the enemy: This futuristic technology makes BrahMos missile unique

India's BrahMos supersonic cruise missile serves as a tool for tactical precision, while the Agni-V provides strategic deterrence. The Agni-V, a long-range ICBM, was successfully test-fired on May 8, 2026. Let's understand how Agni-V is different from BrahMos.

India's BrahMos supersonic cruise missile serves as a tool for tactical precision, while the Agni-V provides strategic deterrence. The Agni-V, a long-range ICBM, was successfully test-fired on May 8, 2026. Let's understand how Agni-V is different from BrahMos.

BrahMos vs Agni-V: How India’s tactical missile differs from its nuclear giant

Capable of sustaining speeds close to Mach 2.5-2.8 from launch to impact, BrahMos combines rocket‑booster thrust, air‑breathing ramjet propulsion, aerodynamic design, and sophisticated guidance to deliver destructive power with precision.

Capable of sustaining speeds close to Mach 2.5-2.8 from launch to impact, BrahMos combines rocket‑booster thrust, air‑breathing ramjet propulsion, aerodynamic design, and sophisticated guidance to deliver destructive power with precision.

What makes BrahMos nearly Mach 3 fast? Understanding the ramjet system behind its power

For nations seeking credible deterrence against high-value maritime targets, BrahMos is not just a weapon, it is a strategic game-changer, a symbol of technological prowess, and a tool that has reshaped regional security calculations.

For nations seeking credible deterrence against high-value maritime targets, BrahMos is not just a weapon, it is a strategic game-changer, a symbol of technological prowess, and a tool that has reshaped regional security calculations.

‘One of the world’s fastest supersonic cruise missile, yet far from invincible’: What are the hidden limits of BrahMos?

Developed jointly by India and Russia, it is widely regarded as the world’s fastest operational supersonic cruise missile, capable of reaching nearly Mach 2.8 to 3. 

Developed jointly by India and Russia, it is widely regarded as the world’s fastest operational supersonic cruise missile, capable of reaching nearly Mach 2.8 to 3.&nbsp;

The 3,400-km/h missile changing Asia: Why no supersonic cruise weapon matches the speed and impact of BrahMos?

India's missile program has reached impressive heights with the world-famous BrahMos supersonic cruise missile. Yet, our defence scientists continue developing another missile, the Nirbhay. Many wonder: why do we need two different cruise missiles? The answer reveals India's smart, layered defence strategy that combines speed and stealth, power and precision, cost-effectiveness and overwhelming firepower.<h2>The Tale of Two Missiles</h2>Picture this: BrahMos is like a high-speed express train that reaches its destination incredibly fast but costs more and carries fewer passengers. Nirbhay is like a fuel-efficient, long-distance bus that takes longer but costs less, goes further, and can make multiple stops along the way.BrahMos travels at blistering speeds of Mach 2.8-3.0 (3,400-3,700 km/hr), making it one of the world's fastest operational cruise missiles. Nirbhay, in contrast, flies at subsonic speeds of around Mach 0.7 (860 km/hr) but offers a superior range of 800-1,000 kilometres, nearly double that of early BrahMos variants.<h2>Why Speed Isn't Everything</h2>BrahMos weighs 3,000 kilograms while Nirbhay weighs only 1,500 kilograms. This weight difference matters enormously. A single warship or aircraft can carry twice as many Nirbhay missiles as BrahMos missiles. In military terms, this means more firepower per platform.Nirbhay's special capabilities include loitering, which can circle around a target, perform multiple manoeuvres, and then re-engage. Think of it as having a patient, intelligent weapon that can wait for the perfect moment to strike, while BrahMos is designed for immediate, devastating impact.<h2>The Economics of Defence</h2>Here's where it gets interesting for taxpayers. A Tomahawk missile (similar to Nirbhay) costs around $1.5 million (₹13 crore), while BrahMos costs $2.7 million (₹23.5 crore), nearly double. The latest reports suggest BrahMos costs about $5 million (₹43.5 crore) per unit, making it a premium weapon system.The Long Range-Land Attack Cruise Missile (derived from Nirbhay) provides Indian armed forces with a cost-effective option for large-scale attacks, offering a low-cost alternative for mass launches, while BrahMos will be reserved for fewer high-value targets. It's like having both a luxury sedan and a practical hatchback in your garage—each serves different purposes.<h2>Launch Platform Versatility</h2>Both missiles showcase India's multi-platform capability. BrahMos can be launched from land-based Mobile Autonomous Launchers (MAL), naval ships through Vertical Launch Systems, submarines from depths of 40-50 meters, and aircraft, including the Sukhoi-30MKI fighters. The Indian Air Force has already modified 50 Su-30MKI aircraft to carry BrahMos, with plans to modify more.Nirbhay&nbsp;offers even greater platform flexibility. It can be launched from land-based mobile launchers using Tata's high-mobility 12×12 vehicles, naval ships through Universal Vertical Launch Modules (compatible with BrahMos launch systems), submarines through torpedo tubes, and eventually from various aircraft platforms. The submarine-launched variant weighs just 975 kg and can be fired from submerged platforms.<h2>Different Jobs, Different Tools</h2>BrahMos is primarily a tactical weapon designed for high-impact missions against heavily fortified targets, while Nirbhay serves strategic purposes and can carry both conventional and nuclear warheads. BrahMos has more than 32 times the kinetic energy of a Tomahawk missile due to its speed and weight, making it devastating against hardened targets.However, it would be wasteful to use an expensive BrahMos against lightly defended targets when Nirbhay can do the job at half the cost and from twice the distance.<h2>The Stealth Factor</h2>Nirbhay's subsonic speed contributes to its terrain-hugging capability and sea-skimming ability, enabling a low radar signature and extended flight endurance. It can fly at different altitudes ranging from 50 meters to 4 kilometres above ground and can fly at extremely low altitudes like tree level to avoid enemy radar detection.This stealth capability is crucial in modern warfare, where being undetected can be more valuable than being fast. BrahMos's speed makes it harder to intercept, but Nirbhay's stealth makes it harder to detect in the first place.<h2>Indigenous Achievement</h2>Nirbhay represents 100% indigenous technology development, with DRDO collaborating with local firms, including the Bengaluru-based Gas Turbine Research Establishment that developed the Manik engine. This makes Nirbhay crucial for India's self-reliance goals in defence technology.<h2>Strategic Deployment Reality</h2>India has already deployed both BrahMos and Nirbhay missiles along the Line of Actual Control to deter Chinese aggression. As of November 2023, the Ministry of Defence is considering proposals for Nirbhay induction across all three armed services, showing the military's recognition of its complementary role.<h2>The Future Arsenal</h2>Both missiles will become part of India's planned Integrated Rocket Force, alongside Pralay and Pinaka systems. The Long Range-Land Attack Cruise Missile variant of Nirbhay will have up to 1,500 kilometres range and will be compatible with the same Universal Vertical Launch Modules used by BrahMos on naval ships.<h2>Bottom Line</h2>India needs both missiles for the same reason a cricket team needs both fast bowlers and spinners. BrahMos provides the shock and awe, devastating speed that can penetrate the strongest defences and destroy high-value targets with minimal warning time. Nirbhay offers the strategic depth, patient, precise, cost-effective strikes across greater distances with stealth capabilities.In an era where modern conflicts have proven that the future of warfare lies in long-range precision attacks, having diverse missile capabilities isn't a luxury, it's a necessity. While our neighbours scramble to counter one type of threat, India maintains the flexibility to choose the most appropriate weapon for each scenario.The real genius of India's missile strategy isn't in developing the world's fastest missile or the stealthiest one, it's in developing both, ensuring our armed forces have the right tool for every mission, from surgical strikes to overwhelming firepower demonstrations.As tensions continue in our neighbourhood, this dual-missile approach gives India something invaluable: options. And in the complex game of modern defence, having more options often means having the winning hand.

India's defence arsenal isn't about choosing one weapon over another, it's about having the right tool for every job.

India's missile program has reached impressive heights with the world-famous BrahMos supersonic cruise missile. Yet, our defence scientists continue developing another missile, the Nirbhay. Many wonder: why do we need two different cruise missiles? The answer reveals India's smart, layered defence strategy that combines speed and stealth, power and precision, cost-effectiveness and overwhelming firepower. The Tale of Two Missiles Picture this: BrahMos is like a high-speed express train that reaches its destination incredibly fast but costs more and carries fewer passengers. Nirbhay is like a fuel-efficient, long-distance bus that takes longer but costs less, goes further, and can make multiple stops along the way. BrahMos travels at blistering speeds of Mach 2.8-3.0 (3,400-3,700 km/hr), making it one of the world's fastest operational cruise missiles. Nirbhay, in contrast, flies at subsonic speeds of around Mach 0.7 (860 km/hr) but offers a superior range of 800-1,000 kilometres, nearly double that of early BrahMos variants. Why Speed Isn't Everything BrahMos weighs 3,000 kilograms while Nirbhay weighs only 1,500 kilograms. This weight difference matters enormously. A single warship or aircraft can carry twice as many Nirbhay missiles as BrahMos missiles. In military terms, this means more firepower per platform. Nirbhay's special capabilities include loitering, which can circle around a target, perform multiple manoeuvres, and then re-engage. Think of it as having a patient, intelligent weapon that can wait for the perfect moment to strike, while BrahMos is designed for immediate, devastating impact. The Economics of Defence Here's where it gets interesting for taxpayers. A Tomahawk missile (similar to Nirbhay) costs around $1.5 million (₹13 crore), while BrahMos costs $2.7 million (₹23.5 crore), nearly double. The latest reports suggest BrahMos costs about $5 million (₹43.5 crore) per unit, making it a premium weapon system. The Long Range-Land Attack Cruise Missile (derived from Nirbhay) provides Indian armed forces with a cost-effective option for large-scale attacks, offering a low-cost alternative for mass launches, while BrahMos will be reserved for fewer high-value targets. It's like having both a luxury sedan and a practical hatchback in your garage—each serves different purposes. Launch Platform Versatility Both missiles showcase India's multi-platform capability. BrahMos can be launched from land-based Mobile Autonomous Launchers (MAL), naval ships through Vertical Launch Systems, submarines from depths of 40-50 meters, and aircraft, including the Sukhoi-30MKI fighters. The Indian Air Force has already modified 50 Su-30MKI aircraft to carry BrahMos, with plans to modify more. Nirbhay offers even greater platform flexibility. It can be launched from land-based mobile launchers using Tata's high-mobility 12×12 vehicles, naval ships through Universal Vertical Launch Modules (compatible with BrahMos launch systems), submarines through torpedo tubes, and eventually from various aircraft platforms. The submarine-launched variant weighs just 975 kg and can be fired from submerged platforms. Different Jobs, Different Tools BrahMos is primarily a tactical weapon designed for high-impact missions against heavily fortified targets, while Nirbhay serves strategic purposes and can carry both conventional and nuclear warheads. BrahMos has more than 32 times the kinetic energy of a Tomahawk missile due to its speed and weight, making it devastating against hardened targets. However, it would be wasteful to use an expensive BrahMos against lightly defended targets when Nirbhay can do the job at half the cost and from twice the distance. The Stealth Factor Nirbhay's subsonic speed contributes to its terrain-hugging capability and sea-skimming ability, enabling a low radar signature and extended flight endurance. It can fly at different altitudes ranging from 50 meters to 4 kilometres above ground and can fly at extremely low altitudes like tree level to avoid enemy radar detection. This stealth capability is crucial in modern warfare, where being undetected can be more valuable than being fast. BrahMos's speed makes it harder to intercept, but Nirbhay's stealth makes it harder to detect in the first place. Indigenous Achievement Nirbhay represents 100% indigenous technology development, with DRDO collaborating with local firms, including the Bengaluru-based Gas Turbine Research Establishment that developed the Manik engine. This makes Nirbhay crucial for India's self-reliance goals in defence technology. Strategic Deployment Reality India has already deployed both BrahMos and Nirbhay missiles along the Line of Actual Control to deter Chinese aggression. As of November 2023, the Ministry of Defence is considering proposals for Nirbhay induction across all three armed services, showing the military's recognition of its complementary role. The Future Arsenal Both missiles will become part of India's planned Integrated Rocket Force, alongside Pralay and Pinaka systems. The Long Range-Land Attack Cruise Missile variant of Nirbhay will have up to 1,500 kilometres range and will be compatible with the same Universal Vertical Launch Modules used by BrahMos on naval ships. Bottom Line India needs both missiles for the same reason a cricket team needs both fast bowlers and spinners. BrahMos provides the shock and awe, devastating speed that can penetrate the strongest defences and destroy high-value targets with minimal warning time. Nirbhay offers the strategic depth, patient, precise, cost-effective strikes across greater distances with stealth capabilities. In an era where modern conflicts have proven that the future of warfare lies in long-range precision attacks, having diverse missile capabilities isn't a luxury, it's a necessity. While our neighbours scramble to counter one type of threat, India maintains the flexibility to choose the most appropriate weapon for each scenario. The real genius of India's missile strategy isn't in developing the world's fastest missile or the stealthiest one, it's in developing both, ensuring our armed forces have the right tool for every mission, from surgical strikes to overwhelming firepower demonstrations. As tensions continue in our neighbourhood, this dual-missile approach gives India something invaluable: options. And in the complex game of modern defence, having more options often means having the winning hand.

India's defence arsenal isn't about choosing one weapon over another, it's about having the right tool for every job.

The weapon Pakistan fears most: Not BrahMos's speed, but Nirbhay's silent lethality

India has successfully test-fired the air version of the BrahMos supersonic cruise missile on Wednesday (December 8) from the supersonic fighter aircraft Sukhoi 30 MK-I, the official release by the Indian Ministry of Defence informed.

India has successfully test-fired the air version of the BrahMos supersonic cruise missile on Wednesday (December 8) from the supersonic fighter aircraft Sukhoi 30 MK-I, the official release by the Indian Ministry of Defence informed. In the statement, it was mentioned that in the copybook flight, the missile launched from the aircraft followed the pre-planned trajectory meeting all mission objectives. The launch is described as the "major milestone" in the BrahMos development was conducted at 10:30am IST from Integrated Test Range, Chandipur off the coast of Odisha - an eastern Indian state. IN PICS | This is China's anti-submarine aircraft which targets Taiwan "The launch is a major milestone in the BrahMos development. It clears the system for the serial production of air-version BrahMos missiles within the country," a part of the release read. Indian Defence Minister Rajnath Singh has praised Defence Research and Development Organisation (DRDO), BrahMos, Indian Air Force and the industry on the successful test firing. What makes the test crucial? Firstly, it is important to note that BrahMos is a joint venture between India (DRDO) and Russia (NPOM) for the development, production and marketing of the supersonic cruise missile. BrahMos is the potent offensive missile weapon system already inducted into the Armed Forces. The test is extremely crucial because it clears the system for the serial production of air-version BrahMos missiles within the country. IN PICS | Despite Rafale, why is India still boosting its Mirage 2000 squadron? Air version of BrahMos supersonic cruise missile successfully test-fired from Sukhoi 30 MK-I https://t.co/ZhDVGdgGuJ pic.twitter.com/LFrhOICs0B — DRDO (@DRDO_India) December 8, 2021 × The defence ministry noted that during the test, the structural integrity and functional performance have been proven. The air version of BrahMos was last flight tested in July 2021. Secretary Department of Defence R&D and Chairman DRDO Dr G Satheesh Reddy congratulating the teams involved in the test. He said various laboratories of DRDO, academic institutions, quality assurance and certification agencies, Public Sector undertakings and Indian Air Force participated in the development, testing, production and induction of this complex missile system.

India successfully test-fires air version of BrahMos supersonic cruise missile from Sukhoi 30 MK-I

India on Tuesday test-fired the land-attack version of the BrahMos cruise missile near the Andaman and Nicobar Islands in the Indian Ocean.

This test of the supersonic missile, reports say, is the first of the many likely to take place over the next few days or weeks.

The supersonic cruise missile was test-fired at 10 AM today and it successfully hit its target, which was on another island.

"The test was conducted by the Indian Army which has many regiments of the DRDO-developed Missile system. The strike range of BrahMos missile has now been enhanced to over 400 km," sources said.

The BrahMos supersonic cruise missile is the world's fastest operational system in its class and recently DRDO has extended the range of the missile system from the existing 298 km to around 450 km.

In the last two months, DRDO has been successful in testing both new and existing missile systems including the Shaurya missile system which can hit targets at over 800 km and technology demonstration vehicles for hypersonic missile technology.

Last month, the Indian Navy had also carried out the test firing of the BrahMos missile from its warship INS Chennai to showcase its capability to strike targets at ranges more than 400 km in high seas.

India is also working on finding export markets for the supersonic cruise missile which has been indigenised to a large extent by the DRDO under its project PJ 10.

After the launch of the joint venture between India and Russia in the late 90s, the BrahMos supersonic cruise missile has become a potent weapon for all three armed forces.

(With inputs from agencies)

India on Tuesday test-fired the land-attack version of the BrahMos cruise missile near the Andaman and Nicobar Islands in the Indian Ocean. This test of the supersonic missile, reports say, is the first of the many likely to take place over the next few days or weeks.

India on Tuesday test-fired the land-attack version of the BrahMos cruise missile near the Andaman and Nicobar Islands in the Indian Ocean. This test of the supersonic missile, reports say, is the first of the many likely to take place over the next few days or weeks. The supersonic cruise missile was test-fired at 10 AM today and it successfully hit its target, which was on another island. "The test was conducted by the Indian Army which has many regiments of the DRDO-developed Missile system. The strike range of BrahMos missile has now been enhanced to over 400 km," sources said. The BrahMos supersonic cruise missile is the world's fastest operational system in its class and recently DRDO has extended the range of the missile system from the existing 298 km to around 450 km. In the last two months, DRDO has been successful in testing both new and existing missile systems including the Shaurya missile system which can hit targets at over 800 km and technology demonstration vehicles for hypersonic missile technology. Last month, the Indian Navy had also carried out the test firing of the BrahMos missile from its warship INS Chennai to showcase its capability to strike targets at ranges more than 400 km in high seas. India is also working on finding export markets for the supersonic cruise missile which has been indigenised to a large extent by the DRDO under its project PJ 10. After the launch of the joint venture between India and Russia in the late 90s, the BrahMos supersonic cruise missile has become a potent weapon for all three armed forces. (With inputs from agencies)

India successfully test-fires land-attack version of BrahMos supersonic cruise missile

<a href="Indian Air Force plans to buy 33 MiG-29, Sukhoi 30 fighter jets">Sukhoi-30MKI</a> fighter aircraft, equipped with 'special weapon' <a href="https://www.wionews.com/photos/india-successfully-test-fires-supersonic-brahmos-missile-268775">BrahMos</a> supersonic cruise missile, was inducted at Thanjavur airbase on Monday.

"The decision to deploy the Su-30 MKI at Thanjavur was taken due to its strategic location. The SU-30 MKI inducted here is equipped with special weapon (BrahMos supersonic cruise missile)," said Air Force Chief Air Chief Marshal <a href="https://www.wionews.com/india-news/air-chief-inducts-fis-dornier-aircraft-into-number-41-squadron-271304">RKS Bhadauria.</a>

Also read:&nbsp;<a href="https://www.wionews.com/india-news/su-30-squadron-will-hugely-enhance-operational-capabilities-says-air-chief-bhadauria-273607">Su-30 squadron will hugely enhance operational capabilities: Air Chief Bhadauria</a>

The Air Chief said that the integration of BrahMos Missiles with the SU-30MKI fighter has been done "fully indigenously".

The BrahMos supersonic cruise missiles can hit targets at around 300 kilometres with precision.

"The integration of the air-launched version of the BrahMos missile with the SU-30MKI fighter has been done fully indigenously by BrahMos Aerospace, <a href="https://www.wionews.com/india-news/hal-expects-cash-position-to-improve-by-end-of-current-fiscal-188647">HAL </a>and the <a href="https://www.wionews.com/photos/indian-air-force-celebrates-the-87th-anniversary-of-air-force-day-254384">Air Force</a>," he added.

Also read:&nbsp;<a href="https://www.wionews.com/india-news/hal-expects-cash-position-to-improve-by-end-of-current-fiscal-188647">HAL expects 'cash position' to improve by end of current fiscal</a>

Besides Bhadauria, Chief of Defence Staff, General Bipin Rawat and <a href="https://www.wionews.com/india-news/india-test-fires-nuclear-capable-k-4-ballistic-missile-off-andhra-pradesh-coast-275344">DRDO</a> chairman G Satheesh Reddy were present at the ceremony.

Sukhoi-30MKI fighter aircraft, equipped with 'special weapon' BrahMos supersonic cruise missile, was inducted at Thanjavur airbase on Monday. "The decision to deploy the Su-30 MKI at Thanjavur was taken due to its strategic location.

Sukhoi-30MKI fighter aircraft, equipped with 'special weapon' BrahMos supersonic cruise missile, was inducted at Thanjavur airbase on Monday. "The decision to deploy the Su-30 MKI at Thanjavur was taken due to its strategic location. The SU-30 MKI inducted here is equipped with special weapon (BrahMos supersonic cruise missile)," said Air Force Chief Air Chief Marshal RKS Bhadauria. Also read: Su-30 squadron will hugely enhance operational capabilities: Air Chief Bhadauria The Air Chief said that the integration of BrahMos Missiles with the SU-30MKI fighter has been done "fully indigenously". The BrahMos supersonic cruise missiles can hit targets at around 300 kilometres with precision. "The integration of the air-launched version of the BrahMos missile with the SU-30MKI fighter has been done fully indigenously by BrahMos Aerospace, HAL and the Air Force," he added. Also read: HAL expects 'cash position' to improve by end of current fiscal Besides Bhadauria, Chief of Defence Staff, General Bipin Rawat and DRDO chairman G Satheesh Reddy were present at the ceremony.

Sukhoi-30MKI fighter equipped with 'special weapon' BrahMos missile: Air Chief Bhadauria

India successfully test-fires supersonic BrahMos missile