future technology for the hypersonic cruise missile

Big success! DRDO tests its future technology for the hypersonic cruise missile


The Defense Research and Development Organization (DRDO) conducted the trials of Dr. Abdul Kalam's island in the Bay of Bengal in the morning. According to the sources, the new technology was tested and the data generated by the radars showed that the test was a success.

India has successfully carried out the first flight test of its vehicle demonstrated with locally developed hypersonic technology (HSTDV) on the Odisha coast. This test is critical as it forms an important part of India's ambitious program for the development of a hypersonic cruise missile system.

The Defense Research and Development Organization (DRDO) conducted the trials of Dr. Abdul Kalam's island in the Bay of Bengal in the morning.

According to the sources, the new technology was tested and the data generated by the radars showed that the test was a success.

What is the HSTDV?

It is developed by DRDO.

This cruise vehicle will be mounted on a solid rocket engine to take it to the required altitude. After reaching the required altitude and reaching Mach, the cruise vehicle will be ejected from the launch vehicle.

In the air, the Scramjet engine will automatically start and propel the cruise vehicle in Mach 6.

According to DRDO, this is a dual-use technology project, with civil applications.

While it can be used to launch small satellites at a much lower cost, it will be used to launch long-range cruise missiles.

hypersonic missile

This broad term `` hypersonic missiles '' really relates to two different weapons: hypersonic cruise missiles and hypersonic flying vehicles. The first is driven throughout its journey by the special `` scramjet '' engine, while its glider counterparts are initially propelled by the projectile but fly skillfully using aerodynamic forces in flight. Maneuverability means that gliders will hide their ultimate goal until minutes before they achieve it. Even the actual quality of the technologies required to create a useful hypersonic weapon would limit the spread of such weapons alone, according to Werner Dahm, the former senior US Air Force scientist. UU. And the founding director of the security and defense organization that begins at Arizona State University. `` Hypersonic missiles are not transformers in this way as atomic weapons were in recent decades, '' he wrote to Foreign Policy. `` Rather, the war combat capabilities they will offer are best considered as part of the physical development of missile engineering. Therefore, the existing or its additions may be sufficient to maintain attempts to restrict access to these technologies. ''


BRAHMOS is the first supersonic cruiser weapon recognized for being in commission. The start of the first edition of the construction of BRAHMOS weapons in the Asian Navy began in 2005 with INS Rajput as the first ship. All future ships that are manufactured and ships that fall by a half-life degradation can accommodate with the rocket. The established gas edition has been produced and has less weight and more rear wings for aerodynamic stability within the plane's separation during launch. This missile has gone through a complete cycle of ground tests.This "drone bomber of the end of the world", that "nuclear-powered cruise missile" and those "hypersonic flying missiles" represent all the technologies that will bring nuclear weapons to the targets despite ballistic missile defense. These are expensive and high-tech proposals to overcome these types of defenses, but it is not clear that they all are. The drone bomber and the nuclear-powered cruise rocket, in any case, appear to be old Soviet-era projects that have been revived by the USSR, and are likely to be decades away from deployment.

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