For this reason, fighter jets, drones, and missile systems are continuously being upgraded in order to create new weaponry. This is the ongoing goal of the Defense Research and Development Organization (DRDO).
The outcome of this awareness and vigilance is the Brahmos cruise missile, the Agni-5 ballistic missile, the akash air defense system, etc. Following the success of Brahmos, DRDO is now getting ready to test a more deadly cruise missile. india is now one of the select few nations with the technology to create hypersonic cruise missiles. Project vishnu is the name given by DRDO.
India has made significant strides in military technology. The ET-LDHCM, or Extended Trajectory Long Duration Hypersonic Missile, was created by the indian Army. The information indicates that ET-LDHCM will shortly be commercialized. ET-LDHCM will bolster India's strategic edge over pakistan under Project Vishnu.
China can also be counterbalanced in this way. The ET-LDHCM has the ability to infiltrate the enemy's den and show him the devastation. It is more deadly and hazardous than the BrahMos cruise missile because of its hypersonic speed and accurate assault capabilities. In terms of range, ET-LDHCM is also far more efficient and deadly than the current BrahMos cruise missile. The ET-LDHCM with its scramjet engine is unique because it was entirely developed using domestic technology. Due to having an ultra-modern engine, the speed of this cruise missile will be much higher than a normal missile.
Three times faster than Brahmos
Any weapon's primary characteristics are its lethality, speed, and range. All three of these features are present in ET-LDHCM. ET-LDHCM is based on indigenous technology and has a contemporary scramjet engine. Hypersonic missiles and planes are powered by scramjet engines. ET-LDHCM with a scramjet engine was created by DRDO. The air-breathing engine concept serves as the foundation for the scramjet engine.
This uses the air within for combustion (burning) rather than a revolving compressor. This explains why the scramjet engine can produce greater speed. The DRDO-developed ET-LDHCM can travel at Mach-8, or roughly 11,000 kilometers per hour, in the direction of the target. This means that the entire pakistan can be attacked simultaneously in just a few minutes.
In terms of speed and range, ET-LDHCM outperforms the existing Brahmos cruise missile. Brahmos's initial speed was 290 km, but it was eventually raised to 400–450 km. In addition, ET-LDHCM has a 1500 km range. Thus, in terms of range, ET-LDHCM is more than three times as potent as Brahmos. The ET-LDHCM can transport warheads weighing 1000–2000 kg. Both a conventional and a nuclear warhead can strike the target with this contemporary missile. Because of the method that DRDO produced ET-LDHCM, it can travel even at low altitudes. This makes it simple for ET-LDHCM to go past the radar.
The unique and significant characteristic of ET-LDHCM is its operational flexibility. It can be launched from any location, including the sea, the air, or the ground. India's tactical and strategic reach is further enhanced by this. The ability of ET-LDHCM to adapt to local geography and alter its trajectory in midair, in contrast to traditional ballistic missiles, is a crippling blow to the adversary. This will make it incredibly simple to destroy the enemy's bases and inflict significant damage. ET-LDHCM is even more hazardous due to its 1,500-kilometer range and 11,000-kilometer speed.
Able to resist temperatures as high as 2000°C
Any missile or fighter jet is exceptional and deadly due to a feature other than range and speed. The ability of a fighter jet or missile to tolerate high temperatures is another factor used to evaluate its capabilities. Even in extremely hot temperatures, ET-LDHCM can accomplish its goal.
The data indicates that ET-LDHCM can function normally even at temperatures as high as 2000 degrees Celsius. Let us inform you that, as of right now, this technology is exclusive to china, America, and Russia. india will join this club as the fourth nation if the ET-LDHCM test is successful.
The outcome of this awareness and vigilance is the Brahmos cruise missile, the Agni-5 ballistic missile, the akash air defense system, etc. Following the success of Brahmos, DRDO is now getting ready to test a more deadly cruise missile. india is now one of the select few nations with the technology to create hypersonic cruise missiles. Project vishnu is the name given by DRDO.
India has made significant strides in military technology. The ET-LDHCM, or Extended Trajectory Long Duration Hypersonic Missile, was created by the indian Army. The information indicates that ET-LDHCM will shortly be commercialized. ET-LDHCM will bolster India's strategic edge over pakistan under Project Vishnu.
China can also be counterbalanced in this way. The ET-LDHCM has the ability to infiltrate the enemy's den and show him the devastation. It is more deadly and hazardous than the BrahMos cruise missile because of its hypersonic speed and accurate assault capabilities. In terms of range, ET-LDHCM is also far more efficient and deadly than the current BrahMos cruise missile. The ET-LDHCM with its scramjet engine is unique because it was entirely developed using domestic technology. Due to having an ultra-modern engine, the speed of this cruise missile will be much higher than a normal missile.
Three times faster than Brahmos
Any weapon's primary characteristics are its lethality, speed, and range. All three of these features are present in ET-LDHCM. ET-LDHCM is based on indigenous technology and has a contemporary scramjet engine. Hypersonic missiles and planes are powered by scramjet engines. ET-LDHCM with a scramjet engine was created by DRDO. The air-breathing engine concept serves as the foundation for the scramjet engine.
This uses the air within for combustion (burning) rather than a revolving compressor. This explains why the scramjet engine can produce greater speed. The DRDO-developed ET-LDHCM can travel at Mach-8, or roughly 11,000 kilometers per hour, in the direction of the target. This means that the entire pakistan can be attacked simultaneously in just a few minutes.
In terms of speed and range, ET-LDHCM outperforms the existing Brahmos cruise missile. Brahmos's initial speed was 290 km, but it was eventually raised to 400–450 km. In addition, ET-LDHCM has a 1500 km range. Thus, in terms of range, ET-LDHCM is more than three times as potent as Brahmos. The ET-LDHCM can transport warheads weighing 1000–2000 kg. Both a conventional and a nuclear warhead can strike the target with this contemporary missile. Because of the method that DRDO produced ET-LDHCM, it can travel even at low altitudes. This makes it simple for ET-LDHCM to go past the radar.
The unique and significant characteristic of ET-LDHCM is its operational flexibility. It can be launched from any location, including the sea, the air, or the ground. India's tactical and strategic reach is further enhanced by this. The ability of ET-LDHCM to adapt to local geography and alter its trajectory in midair, in contrast to traditional ballistic missiles, is a crippling blow to the adversary. This will make it incredibly simple to destroy the enemy's bases and inflict significant damage. ET-LDHCM is even more hazardous due to its 1,500-kilometer range and 11,000-kilometer speed.
Able to resist temperatures as high as 2000°C
Any missile or fighter jet is exceptional and deadly due to a feature other than range and speed. The ability of a fighter jet or missile to tolerate high temperatures is another factor used to evaluate its capabilities. Even in extremely hot temperatures, ET-LDHCM can accomplish its goal.
The data indicates that ET-LDHCM can function normally even at temperatures as high as 2000 degrees Celsius. Let us inform you that, as of right now, this technology is exclusive to china, America, and Russia. india will join this club as the fourth nation if the ET-LDHCM test is successful.
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