Kinjal: A real hypersonic missile? Absolutely not, as this defense expert explains: In March 2022, the Ministry of Defense of Russia announced the first operational use of the country’s new Kh-47M2 Kinzhal loudly Missiles in an attack against an arms depot in Ukraine’s western Ivano-Frankivsk region. Although this is the first operational use of this new Russian weapon, it is not exactly the historical occasion it may seem. Russia’s Kinjal could be loudlyBut this is certainly nothing new.
The purported footage of the strike surfaced soon after the announcement.
#Russian MOD shows footage of the destruction of an underground hangar with armament of the Armed Forces #Ukraine “Kinjal” by missile pic.twitter.com/Z4YOHE4RKv
— Middle East Update (@islamicworldupd) March 19, 2022
loudly A term used to describe platforms that can travel at speeds in excess of Mach 5, or approximately 3,836 mph, but the term has been adopted for advanced new weapon systems being developed around the world. The Kinjal travels at hypersonic speeds, but it is not one of these advanced new weapons.
The truth is, Kh-47M2 Kinzhal loudly The missile is actually a bit more than a conventional air-launched ballistic missile With a design that dates back to the 1980s. It has benefited greatly from deliberate and less-than-intentional misconceptions about this new class of weapons, which are often cited as one reason the United States is lagging behind Russia. hypersonic arms race (That, as we’ve discussed before, isn’t exactly what it sounds like).
loudly Speed isn’t really that special, but there are new weapons that take advantage of hypersonic speed to achieve objectives in new or different ways. However, Kinjal is not one of them.
Hypersonic just means “faster than Mach 5”, but it is usually associated with advanced new weapons.
Word loudly It has a sophisticated connotation and recent media coverage of these technologies has treated the realm of hypersonic flight more like a science fiction film. But hypersonic platforms have actually existed for decades, and you are certainly already familiar with many of them.
At hypersonic speeds, the air itself becomes the enemy as it impacts the vehicle, creating enough friction and pressure or even incinerating the most common aircraft and missile material. However, the spacecraft regularly crossed Mach 25or more 17,500 mph, during re-entry. The Air Force’s current (and covert) X-37B can also reach these blazing speeds. In fact, practically every ballistic missile and spacecraft mankind has ever launched is and still is loudly in nature.
This means that all ICBMs in America’s nuclear stockpile, all of Russia’s Kinjal missiles, and even Elon Musk’s Falcon 9 reusable rocket all share the distinction of being loudly… and indeed, Russia’s Kinjal missile has more in common with applications than it does with new Several “hypersonic weapons” countries such as Russia, China and the United States are competing in the field.
The Kh-47M2 Kinjal is an air-launched ballistic missile based on a weapon from the 80s.
Kh-47M2 Kinjal (Russian for .) dagger) entered operational service in 2017, according to Russian statements made in 2018. This a. Not there new The weapon, as a modified version of the ground-launched 9K720 Iskander – a short-range ballistic missile – with a new guidance system specifically designed for air-to-ground operations.
Development of the 9K720 Iskander began in 1988, but prolonged delays, initially due to the collapse of the Soviet Union, prevented the first full flight tests until 1998. A total of 13 test launches of the missile were conducted between Russia’s Kasputin Yar test range. 1998 and 2005, with the weapon finally entering operational service in 2006 the following year.
Like the Kinjal, the Iskander missile achieves hypersonic velocity through a quasi-ballistic flight path that never leaves the atmosphere, and it can maneuver throughout its trajectory to avoid interception. The 9K720 Iskander ballistic missile and the Kh-47M2 Kinjal are truly capable ballistic weapons, but they are far from the state-of-the-art technology that is commonly mentioned in conversation. loudly Missiles. The premise behind the Kinjal missile is much older—so much so that it shares much in common with NASA’s 2006 effort to take advantage of the Navy’s stockpile of retired AIM-54 Phoenix missiles for hypersonic flight testing.
The AIM-54 Phoenix missile was a smaller armament than the Kinjal, with a smaller single-stage solid-propellant rocket motor and less fuel on board, resulting in a speed of Mach 4.3 when operating as an air-to-air weapon. There was top speed. But by adjusting its flight trajectory to a dramatic ballistic flight path and launching it at a higher speed, NASA believed they could achieve hypersonic velocities in excess of Mach 5 with the Phoenix missile.
However, his efforts were not aimed at fielding advanced new weaponHowever, his intentions were strictly scientific (the study of the nature of hypersonic flight). Russia’s Kh-47M2 Kinzhal, while carrying a larger and more powerful solid-fuel rocket motor, operates using the same premise: conventional rocket propulsion and using a suppressed ballistic flight path.
There have been several other air-launched ballistic missile attempts over the years, including a 1974 US Air Force program that successfully launched an actual Minuteman I ICBM into the air from the back of a C-5 cargo plane. However, because it is nearly impossible to distinguish between a nuclear ballistic missile and a conventionally armed missile, concerns over nuclear escalation have led to some attempts to land an air-launched ballistic missile.
Modern “hypersonic weapons” usually fall into one of two categories (and kinjals don’t fit either)
when people talk today new Hypersonic weapons, they are usually referring to one of two types that are currently in development or in service with China, Russia and the United States: hypersonic glide vehicles and hypersonic cruise missiles.
Hypersonic glide vehicles (HGVs) are no different from conventional long-range ballistic missiles, at least in the early stages of their flight path. They are carried into the atmosphere via high-velocity rocket boosters in the same way as conventional ICBMs, although often not as high. The missile then deploys one or more glide vehicles that rely on speed and their control surfaces to manage their high-speed descent as they get closer to their target.
Russia has a hypersonic boost glide-vehicle reportedly in service in their Avangard weapon system, which will be carried on their upcoming nuclear ICBM, the RS-28 Sarmat. China’s DF-ZF anti-ship weapon also falls in this category, as does the US Conventional Prompt Strike Weapon and the AGM-183 Air-Launched Rapid Response Weapon (ARRW), both in development.
Hypersonic cruise missiles, on the other hand, rely on an advanced propulsion system called a scramjet. a scramjet, or supsonic Cobsting ramjetA variation on the long-standing ramjet technology, but allows combustion during the flow of air through the engine. supersonic speed, Because scramjets are really only efficient at these high speeds, these missiles are often deployed from faster aircraft or rely on a different form of propulsion in the first part of their flight path (like the rocket).
From there, hypersonic cruise missiles operate like conventional cruise missiles—at least theoretically. They follow a much more horizontal flight path than boost-glide vehicles or ballistic missiles and maneuver using control surfaces such that an aircraft would bypass or defeat a defense. In practice, these platforms are far more difficult and expensive than conventional cruise missiles, however—and to date, no country has successfully launched a scramjet-powered weapon.
Russia bills Kinjal as “hypersonic” to help sell weapons
Russia’s defense budget is around $60 billion a year, which puts them on a fairly equal footing with nations such as the UK, yet retains a much larger force than its spending peers. As a result, Russia has been forced to make tough decisions regarding the allocation of its meager budget.
As we have covered in Sandbox News in the past, Russia has chosen to devote a lot of resources to converting its defense equipment into a marketing machine for the sale of foreign weapons and equipment. The country’s stagnant economy, which is already struggling under international sanctions, has severely limited Russia’s ability to modernize its military force. But Russia continues to fund the development of new weapons And the system aims to attract a lot of attention, rather than focusing on maintaining or improving its existing equipment fleet.
Russia cannot afford to mass-produce advanced aircraft such as the Su-57 stealth fighter or tanks such as the T-14 Armata without billing foreign interests. And to attract those foreign buyers, Russia must project the image of a nation capable of developing weapons that are equal to or even better than powerful countries like the United States and China.
So by taking advantage of the general public’s misconceptions when it comes to things like the word “hypersonic” Russia has been able to convey an image of 21st century military power for a real bargain. In other words, Russia hopes to secure the funding needed to actually develop and develop advanced, state-of-the-art technology by introducing the Kinjal and other dated or poorly-functioning weapons. advanced cutting edge technology,
while it is technically Kh-47M2 Kinjal a . accurate to call loudly Missile, it’s just like we shot Hitler’s V-2 rocket a hypersonic missile, Modern hypersonic weapons like China’s DF-ZF or America’s hypersonic attack cruise missile (HACM) (still in development) belong to an entirely different class of weapons.
Expert Biography: Alex Hollings is a writer, father and maritime veteran who specializes in foreign policy and defense technology analysis. He holds a master’s degree in communication from Southern New Hampshire University as well as a bachelor’s degree in corporate and organizational communication from Framingham State University. It first appeared in Sandboxx.
