BrahMos missile capable of penetrating the enemy into the enemy's range was successfully tested on Sukhoi Fighter jet . BrahMos missile capable of attacking at a speed of about three times more than the speed of 2.8 MAK has been tested for the first time with the Sukhoi-30 MKI fighter jet. This test of BrahMos missile capable of hitting fighter jets is being called 'Deadly Combination'. The enemy of the BrahMos missile who hit the ground from the ground can also be used to attack the terrorist bases installed in the country's border.
It is a stealthy fast and extremely difficult to Soot down
It is a stealthy fast and extremely difficult to Soot down
History of Brahmos missile
Project of Brahmos begin in the 1990 as joint project between Russia and India.
Brahmos named after river Brahmaputra and moshkava in India and Russia.
Manly part are designed in India.
Brahmos per unit cost is US$2.73 million.
And Manufacturer by BrahMos Aerospace Limited.
Brahmos named after river Brahmaputra and moshkava in India and Russia.
Manly part are designed in India.
Brahmos per unit cost is US$2.73 million.
And Manufacturer by BrahMos Aerospace Limited.
Special features of brahmos.
The speed of brahmos is to2.8 Mack which is 2.8 times higher speed then sound.
It Uses ramjet engine were used to maintain high speeds over long distance travell.
It carry 6000 pound twice as much as tomahawk missile which is used by usa.
High weight and speed which gives vastly more kinetic energy when striking the target. It can do more damage with smaller warhead.
Brahmos ability to maintain Supersonic speed while skimming at low hight altitude make it's very difficult to detect and Intercept.
It Uses ramjet engine were used to maintain high speeds over long distance travell.
It carry 6000 pound twice as much as tomahawk missile which is used by usa.
High weight and speed which gives vastly more kinetic energy when striking the target. It can do more damage with smaller warhead.
Brahmos ability to maintain Supersonic speed while skimming at low hight altitude make it's very difficult to detect and Intercept.
Brahmos perform as evasive
Shortly before impact making it difficult to shutdown at close range.
Shortly before impact making it difficult to shutdown at close range.
If the attack is launch within 120 km of the target target it can skim at very low altitude the entire way to the target.
Ship would likely detect a sea skimming missile at range of only 30 km affording The vessel only a 30 second time to respond against brahmos missile.
Ship would likely detect a sea skimming missile at range of only 30 km affording The vessel only a 30 second time to respond against brahmos missile.
Limitation of brahmos missile.
Brahmos has a range of only 290 km
This means that Brahmos launch platform need to be relatively close to their target potentially within range they may be detected easily.
This means that Brahmos launch platform need to be relatively close to their target potentially within range they may be detected easily.
It production rate is so slow so it takes more time to set in service. It also need launch vessel to launch which is creat more problems.
Limitation overcome
When we join mtcr membership can increase the range of Brahmos india has started working on 600 km version.
China not as member of mtcr
India also nuclear tipping with 660 pound nuclear warhead.
China not as member of mtcr
India also nuclear tipping with 660 pound nuclear warhead.
Brahmosh next generation.
The planned operational range of the BrahMos-II has been restricted to 290 kilometers as Russia is a signatory to the Missile Technology Control Regime (MTCR), which prohibits it from helping other countries develop missiles with ranges above 300 kilometres .However, now that India is also a MTCR signatory, it is trying to extend the range of BrahMos.[citation needed] Its top speed will be double that of the current BrahMos-I, and it has been described as the fastest cruise missile in the world.[7][8] Russia is developing a special and secret fuel formula to enable the BrahMos-II to exceed Mach 5.
Design of multiple variants of the missile was completed by October 2011, with testing starting in 2012.[10] Fourth-generation multi-purpose Russian Naval destroyers (Project 21956) are also likely to be equipped with the BrahMos II.
