Pentagon’s advances in new technology to destroy a super-fast missile attack

An Artist’s impression of the hypersonic weapons are.

Washington, D. C., Carrier strike groups, mechanised and armoured columns of vehicles, and sensitive soil sites, all of them can be destroyed in a matter of a few minutes, the fast, maneuverable hypersonic weapons travel at five times the speed of sound.

Now, the Pentagon wants to stop by the new space, the sensor-layer technology, designed to provide U.S. military commanders with a chance to knock off hypersonic missiles right out of the sky.

The U.S. Missile Defense Agency, is now in Phase IIa, a new connector technology that is designed to have a continuous “track” on the approach of a hypersonic missile. It’s called Hypersonic Ballistic-Missile-Tracking Space Sensor (HBTSS).

“HBTSS, a first portion of a hybrid tracking low in the National Defense Space Architecture that is composed of the systems of the different courses that are provided with the ability to detect and track both conventional and ballistic missiles, and emerging threats, Missile Defense Agency spokeswoman, Mary Njoku, told the Warrior, in a statement.

Hypersonic weapons will no longer be a long time to come. That is, they are here and are rapidly evolving to new levels of lethality. It is well known that the Pentagon, the track is a series of fast-moving hypersonic weapons programs, many of which are now at a mature level of performance. It is also a well-known and much discussed, that some of US are rivals, Russia and China, in particular, are ahead of the US when it comes to the development and testing of nuclear weapons.


The weapons are only at 5 times the speed of sound, but also in the handling, in-flight, to travel along the edges of the earth’s atmosphere and descend to targets with a sense of overwhelming, destructive speed.

While many of the applications are still in development, the super-fast attack capabilities, and have minimal restrictions, making the prospect of almost instant, the air, land or sea-power attacks that are almost impossible to defend. The commanders targeted missile strike is usually to know the flight time, trajectory, and impact point) of the approaching missile, and be able to make use of the little time available in order to determine which elements of a multi-layered defense is required to destroy it by an attack. While the modern ICBM, and the missile attacks, of course, still be present in the response-time challenges, and the weapons were known by the defendants. An ICBM, for example, will have about 20 minutes to get through the area, so as to allow sufficient time for proponents to make to start with only one or two of the Ground-Based Interceptors. Hypersonics is a radical change in the way of comparison, the release of a major reduction in defensive reaction to it.

Hypersonic weapons “would not be able to achieve the goals that the 1,000 km away, and within a few minutes,” it is interesting to 2019 essay, a BRITISH think-tank called the Article36. The essay has as its title the name “the Convention on Certain Conventional Weapons.”

It is important that the impact of this type of threat may seem to be expected to be in 2017, in a paper in the AIP Conference Proceedings, which is linked to a need for the U.S. military to re-craft a command-and-control doctrine to better keep track of hypersonic threats.

“With the operational doctrine and structures to adequately address the traditional use of atmospheric air, a fall, or exoatmospheric ballistic missile attack, consisting of learning and the structure may not be adequate to make the cross-domain threat of hypersonics,” in the essay, the so-called “Global Strike, Hypersonic Weapons,” the states.


Given the importance of the timing of the threat, the Missile Defense Agency will soon be on HBTSS. The MDA recently awarded a L3Harris, Raytheon, Northrop Grumman, and Leidos second Phase of the development of the contracts and to continue to develop HBTSS prototypes, and loads of technology.

Interestingly, a paper written by a senior Northrop Grumman the weapons developer comes with a number of the specific challenges of hypersonic attack. This means that there is a super-charged missiles, which are not based on a standard ballistic trajectory, and be able to maneuver around the plant, defense, or skim along the surface, under the radar coverage. These, by their nature, unpredictable threats that may be fired from fixed silos and road-mobile launchers of ships at sea, it” S Todorov, the vice-president of the Missile Defense Solutions, and Northrop Grumman, ” he writes in an essay called “to the Beat, Brother.”

In fact, the threat of a super-fast attack that is so severe that some of the weapons, the developers are of the opinion that there is no defense, and instead suggest that it is the only counter to them is by way of a massive, proportional, offensive, super-fast attack.

Not so fast, according to the current British and AMERICAN industrial partners, that is to say HBTSS you can make a defense as possible, in spite of the speed and the destructive force of the hypersonic attack. HBTSS, among other things, it is designed with a specific mind to the creation of a continuous track, the next hypersonic weapons and sensor payload, the launch of the impact assessment.

“HBTSS.’ s mission is to detect and monitor the hypersonic threat and ballistic missiles to provide low-latency to critical data to the Missile Defense System,” Njoku said.


Existing radar systems, that is, the analysis of an electrical signal comes down from the role of a security threat, will be limited to a linear path and does not go beyond the horizon, without any of the airborne sensor to the node. As a result, the Pentagon continues to improve on the networking technologies which are designed to connect and integrate with a variety of different radar systems.

HBTSS, by contrast, is designed to provide a continuous trail from the threat of missiles, the better to enable the response options, such as interceptor missiles and EW system which has been designed in order to throw the missile off course, or any other form of emerging defensive options.

“HBTSS a network of sensors on a constellation of satellites in orbit around the Earth, with the ability to watch global threats in the line-of-site to the limits of the ground radar systems,” Njoku explained.

As an industrial designer, Todorov said, Northrop is working on a “system of systems” approach to HBTSS as part of a large-scale sweep of the area sensor, the layer that is connected to a wide area of the response measures and other technologies. Todorov, among others, is an advocate of the integration of offensive and defensive weapons to be able to both strike and defend against hypersonic weapons. “It’s not enough to simply see the threat as well. If we are to stop the watch and follow them, we will miss a window of opportunity,” Todorov said.

“There are clear synergies between the development of the strike, the missiles, and defensive interceptors. There is also a mature program that’s in the record, in a non-kinetic-energy-focused, automated, cyber-attack, and that can be quickly adapted to counter hypersonic threats in an integrated, defensive, and offensive approach,” Todorov writes.


Hypersonic weapons, which may be of conventional or nuclear weapons fall into one of two broad categories to include: “boost-glide” Hypersonic Glide Missile (TRUCK) and a Hypersonic cruise missile (HCM).

The trucks are very agile, the weapons are usually launched by a rocket into the upper layers of the atmosphere and is released at a height of between 40 and 100, and the HCMs, or “breathable,” land-attack cruise missiles, which are driven by means of a all the way, this essay lays it out.


“They (HCMs), would be likely to be flying at a height of 20 to 30 miles, beyond the reach of most of the current air-to-surface missile-defence system. They will need to be accelerated to a speed of Mach 5, an advanced jet (ramjet, scramjet) motor, as you can take it at a steady speed,” the Article36 essay writing.

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