How to counter Cruise Missiles and Suicide Drones | Page 4 | World Defense

How to counter Cruise Missiles and Suicide Drones

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The U.S. Army Has Big Plans to Smash Enemy Drones in a War
The U.S. Army is fast-tracking what could be called an entire sphere of counter-drone weapons
October 21, 2019
by Kris Osborn

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(Washington, D.C.) - When confronted with a swarming drone attack, defenders need to operate with the understanding that each mini-drone could itself be an incoming explosive, a surveillance “node” for a larger weapons system or even an electronic warfare weapon intended to disrupt vital command and control systems.

Defenders under drone attack from medium and large drones need to recognize that the attacking platform can be poised to launch missiles or find targets for long-range ground based missiles, air assets or even approaching forces. Modern technology enables drones to use high-resolution sensors and targeting systems to both find and attack targets at very long ranges, thus compounding the threat. Drones can increasingly operate with less and less human intervention and be programmed to enter enemy airspace, crossing into well-defended areas with decreased risk. Many of them can now fire weapons with little human intervention, due to technical advances in autonomy.

For instance, should an Army armored convoy be “moving-to-contact” with an enemy, consisting of heavy, medium and light combat vehicles supported by dismounted infantry - they might be vulnerable to a fast -emerging drone attack from multiple angles. It might even be an extremely sudden attack emerging from an obscured location such as behind a mountain. Many counter-drone systems now under development by the Army and its industry partners such as Raytheon, are engineered to address this kind of circumstance; they are designed to use new applications to destroy, jam or disable attacking drone swarms as well as medium and even large-scale unmanned systems.

Not only are attack drones easily purchasable on the commercial market, but they are rapidly becoming more and more advanced given the lightning speed at which technology is now advancing. Video can be gathered with much higher fidelity at longer ranges, navigational systems can more accurately merge with sensors and targeting technologies and larger numbers of drones can increasingly operate in tandem - in a more coordinated fashion. Battery technology, to cite another example, is progressing so quickly that drones are increasing dwell time over targets, complicating any effort to defend against them.

All of this explains why the Army is fast-tracking what could be called an entire sphere of counter-drone weapons; these include Electronic Warfare (EW) innovations to jam enemy drone signals, vehicle-mounted Stinger missiles to shoot drones out of the sky and even fast-emerging laser weapons. Many small and large industry-developed weapons systems, such as a portfolio of technologies now being developed by Raytheon, are based on “sense-track-hit” counter-drone kill chains.
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Raytheon’s strategic and tactical approach uses an integrated system of systems to track, target and destroy enemy drones with Stinger missiles, High-Power Microwave weapons, mini-drones such as Coyotes -- and laser weapons such as the High Energy Laser, HEL.

This approach aligns with research findings outlined in a 2018 Defense Science Journal essay titled “Countering UAVs - The Mover of Research in Military Technologies.” The essay highlights the increasingly difficult technical task of actually “detecting” various kinds of drone attacks -- especially mini-drone attacks.

“The processing of initial information about the possible location of the UAV can often be highly challenging, since the size of signals containing this information is often only barely above (or even below) the threshold of a clutter,” the essay states.

This is why radars and integrated sensors need to be increasingly precise, and quickly analyzed. This is a challenge made more difficult by certain weather conditions, obscurants related to uneven terrain or other air traveling entities such as small planes or even flocks of birds. The return signal of various kinds of attacking drones can therefore present significant discernment or detection complications. This specific difficulty has, among other things, inspired some of Raytheon’s counter drone applications, many of which can be greatly improved through the networking of sensor and radar nodes; Raytheon’s systems are designed with the technical architecture to network with other sensors and detection nodes -- such as the now operational Sentinel Radar, company officials explain.

When it comes to effectors intended to defend against, “take out” or disable attacking drones, the Defense Science Journal essay cites several specific possibilities.

The essay mentions what it calls “scatter” technologies such as shotguns or pellet guns, single bullets and “concentrated beams of electromagnetic energy.” Interestingly, the methods cited in the research findings seem to align with a number of evolving technologies central to the Raytheon programs.

“Scatter” or area blanketing interceptor defenses correspond to the current use of guns or High-Power Microwave - which can either fire hundreds of small interceptors per second into a specific threat area or blast targets with crippling electromagnetic energy. These weapons can approximate a “shotgun” type approach on a larger scale.

There are also more narrowly fired missile interceptors such as a Stinger missile able to find and seek the heat signature of approaching drones, target them -- and explode them. In addition, certain kinds of missiles can be programmed for increased fragmentation or air burst effects to counter groups of attacking drones. Finally, the essay cites directed energy, which calls the HEL system to mind. Lasers or microwave weapons might be of particular relevance in urban areas where excessive collateral damage is not an option. In fact, the Defense Science Board specifically mentions the unique challenges presented by urban drone attacks.

Overall, Raytheon engineers describe this in terms of a layered defense system, offering different drone kill options depending upon range and combat conditions. It may be that weather complications make lasers more difficult to fire, or heavily populated urban areas require a non-kinetic solution, such as High-Power Microwave weapons. In the event that an incoming target might be larger or threatening in a specific way, it may be that a Coyote drone missile or even Stinger will be needed for defense.

“These technologies operate throughout the kill chain. We start with sense and detect using our radars, then we use Command and Control which is the brains...and then our effectors,” Cliff Johnson, business development director for tactical radars, Raytheon Integrated Defense Systems, told Warrior.

Interestingly, Raytheon’s system is inspiring interesting from the U.S. military services as well as large-scale commercial entities such as stadiums or expansive public places possibly in need of additional protection. These technologies, therefore, are engineered to operate as both major war weapons as well as counterterrorism systems.

Broadly speaking, Raytheon’s war on enemy drones could be described in terms of a three-pronged system; mobile or ground fixed radar detect enemy drones before the signals are analyzed by computerized fire control, leading to the firing of a wide range of “effectors,” or methods of destroying drones.

“It is integrated, so we can have various effectors, whether it be Stinger, laser, high-powered microwave or Coyote. We have an architecture that supports all of those. It is a system of systems,” Johnson said.

One system using this drone-destroying technology , as referred to by Johnson, is an Army program called Howler; this particular program, now operational with the Army, can fire interceptors, such as Raytheon’s Coyote 1 and Coyote 2 mini attack drones. Equipped with an advanced seeker and small warhead, Coyotes can launch from a range of locations, including fixed locations and armored vehicles on-the-move. Coyote Block I is more of a drone form factor, whereas Coyote 2 is more of a missile, Johnson said.

The Howler system hinges upon Raytheon’s KuRFS radar, or Ku band Radio Frequency. It is a hemispherical 360-degree detection radar, which uses a specific technology to achieve this effect without rotating, Johnson explained. The KuRFS is engineered for greater precision, meaning it is designed to discern the difference between individual mini-drone swarms and large floating massess or “blobs,” Raytheon developers said. The entire system can be mounted on a vehicle where it has a Coyote launch tube, operating near a separate vehicle that has command and control. The KuRFS radar could detect threats, pass the information to a central Command and Control system before launching the Coyote interceptor drone.

Despite much of this progress, and the broad promise of emerging methods of drone destruction, many yet-t0-be resolved challenges present themselves. What if drone heat signatures were eliminated or reduced - making an attacking platform more stealthy? What if an attacking drone were built with radar absorbent materials? What if sensors and weapons continued to leverage new technologies with vastly increased ranges? What if AI-enabled algorithms allowed attacking drones to detect various defensive systems and alter course to avert them? Overall, the essay puts it this way:

“---If we summarise all the typical technical-tactical characteristics of a flying UAV, we are left with a synergic effect in the form of a challenge like none that air defenders have faced for several decades ---_
 

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Raytheon announces delivery of first laser counter-UAS system to U.S. Air Force
October 26, 2019
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U.S. defense contractor Raytheon Co announced that it successfully delivered the first high-energy laser counter-unmanned aerial system to the U.S. Air Force earlier this month.

In recent years, the Defense Department has assessed directed energy weapons—more commonly known as “lasers”—as an affordable alternative to traditional firepower to keep enemy drones from tracking and targeting troops on the ground.

The system will be deployed overseas as part of a year-long Air Force experiment to train operators and test the system’s effectiveness in real-world conditions.

Raytheon’s high-energy laser weapon system uses an advanced variant of the company’s Multi-spectral Targeting System, an electro-optical/infrared sensor, to detect, identify and track rogue drones. Once targeted, the system engages the threat, neutralizing the UAS in a matter of seconds.

“Five years ago, few people worried about the drone threat,” said Roy Azevedo, president of Raytheon Space and Airborne Systems. “Now, we hear about attacks or incursions all the time. Our customers saw this coming and asked us to develop a ready-now counter-UAS capability. We did just that by going from the drawing board to delivery in less than 24 months.”

Raytheon installed its high-energy laser weapon system on a small all-terrain vehicle. On a single charge from a standard 220-volt outlet, the HELWS can deliver intelligence, surveillance and reconnaissance capability and dozens of precise laser shots. It can also be paired with a generator to provide a nearly infinite number of shots.

Raytheon Company is integrating multiple proven technologies to counter the unmanned aerial system threat across a wide range of scenarios – from commercial airports to forward operating bases to crowded stadiums. Raytheon’s portfolio of sensors, command and control systems, and kinetic and non-kinetic effectors covers all aspects of the UAS threat.

 

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Counter-drone tech at Dubai Airshow reflects UAE’s interest in the capability

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American company Fortem Technologies showed off its upgraded SkyDome counter-drone system at the 2021 Dubai Airshow. (Agnes Helou/Staff)

DUBAI, United Arab Emirates — Although not as abundant as drones, countermeasures against the unmanned systems are certainly prevalent at the 2021 Dubai Airshow, which is taking place Nov. 14-18.

Two counter-drone systems showcased at the event reflect the United Arab Emirates’ interest in such technology: U.S.-based Fortem Technologies displayed its SkyDome, which is already operational in the Gulf country; and Emirati company International Golden Group showed off the Israeli system Skylock, which underwent testing in the UAE.

Fortem revealed at the show it had integrated a new drogue net to the SkyDome that allows the system to now neutralize UAV threats classified as Group 2 and Group 3. That means the system can now target drones that weigh less than 1,320 pounds, per a 2015 Pentagon report on unmanned aircraft systems. The SkyDome could previously only neutralize drones around 20 pounds or less.

Fortem CEO Timothy Bean claimed the counter-drone system is “100% autonomous, and the company is working on countering drone swarms.”

He added that Boeing, Toshiba and Mubadala are invested in the company, and that the UAE ordered the system.

SkyDome works via radar guidance and physical tracking. The system features TrueView radar systems, an electronic management system and a drone hunter — basically a UAV with two integrated boxes from which nets launch when a threat is detected.

“The drone performs missions against insurgent terrorist drones flying in and hitting bases. Smaller threats are caught with the net and sent to forensic examination to find out who built it and for what purposes, and how to defeat it in the future,” Gary Watson, the vice president for solutions at Fortem, told Defense News.

He added that larger drones are caught with the drogue net, which releases a parachute and brings down the threat.

“We have had a lot of U.S. and foreign government testing, and we’ve been extensively certified for operations by governments. We did a major test with two Japanese agencies [and with the] U.S. We just did a big demonstration in the Netherlands; they are testing it at the airport. And [there is] a lot of testing I can’t talk about as well. All of them successful, and greatly exceeds the requirements that government places us for kill,” Watson said.

What about Skylock?

Close by, the International Golden Group was showing off Skylock’s counter-drone system. Skylock is owned by Israeli company Avnon.

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This Israeli counter-drone system, shown at the 2021 Dubai Airshow, was tested twice in the United Arab Emirates. (Agnes Helou/Staff)


The platform can be used to protect critical assets as well as secure military and police facilities.

Emirati company officials told Defense News that the system was tested twice in the country and that each was a success. “The testing within UAE environment was conducted by UAE armed forces for radio frequency detection and jamming. These tests were successful, and the armed forces showed interest in the system,” an Emirati official said.

The officials confirmed that the UAE has not yet signed a contract for the system.
 

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Rheinmetall introduces hybrid mobile air defense solution with onboard laser, missiles, and cannon

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Rheinmetall introduced threat-commensurate modern mobile air defense, the Skyranger 30 HEL, a hybrid solution designed to thwart the full range of future airborne threats.

Here, the interplay of a 30mm automatic cannon, guided missiles, and a high-energy laser (HEL) results in a mix of effectors unique in this combination. Teamed with a matching sensor mix, the Skyranger 30 HEL can monitor airspace autonomously, while simultaneously selecting the optimum effector in response to emerging threats. The Skyranger 30 HEL can protect mobile units on the march or critical stationary infrastructure and facilities from aerial threats. No matter what the initial situation, an appropriate response is always readily available, assuring adherence to legal requirements and the avoidance of collateral damage.

Thanks to its longstanding experience in the field of ground-based air defense and adherence to a clear technical road map for a future laser weapon system, Rheinmetall is able to integrate mechanically and systemically a full range of advanced capabilities into a wheeled or tracked mobile platforms such as the Boxer multipurpose wheeled armored vehicle* or the tracked Lynx KF41 armored vehicle. Thanks to the highly flexible Skymaster fire control system and state-of-the-art sensors, the effectors achieve maximum tactical impact.


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Rheinmetall's HEL effectors consist of a laser source and laser guidance system, both of which are integrated into the vehicle, along with a laser weapon station built into the turret that simultaneously serves as a platform for the electro-optical sensors. The laser weapon station tracks targets automatically, neutralizing them with a laser beam. Thus, the Skyranger 30 HEL is capable of effectively defending assigned airspace with three different effectors – an automatic cannon, guided missiles, and a high-energy laser – with the appropriate level of intensity.

Featuring a rate of fire of 1,200 rounds per minute, the 30mmx173 KCE revolver gun is the world's top-performing weapon in this caliber. Programmable time-delay ammunition enhances the probability of hitting even the smallest aerial targets. The Skyranger 30 HEL's guided missiles increase the system's operational flexibility and maximum range.

In live trials, current technology sample systems for laser weapon systems have successfully achieved laser outputs of 20kW. The ability to increase this figure to 100kW is already an integral feature of this technology. The laser weapon station used here has its own sensors for identifying and tracking targets. Subassemblies coordinated by Rheinmetall to interoperate harmoniously produce the outstanding beam quality of Rheinmetall laser sources even at high-output levels, meaning that they can be directed at the target with high precision. The carrier platform's sophisticated mechanical design assures 100% coverage of assigned airspace. Laser outputs of up 20-50 kW are planned for the first realization phase.

Late last year, the Skyranger HEL was presented in public for the first time at a counter-drone event held by the Swiss procurement agency armasuisse in Bure, Switzerland, sparking great interest from the experts present at the event.
 

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Rheinmetall introduces hybrid mobile air defense solution with onboard laser, missiles, and cannon

View attachment 19220
Rheinmetall introduced threat-commensurate modern mobile air defense, the Skyranger 30 HEL, a hybrid solution designed to thwart the full range of future airborne threats.

Here, the interplay of a 30mm automatic cannon, guided missiles, and a high-energy laser (HEL) results in a mix of effectors unique in this combination. Teamed with a matching sensor mix, the Skyranger 30 HEL can monitor airspace autonomously, while simultaneously selecting the optimum effector in response to emerging threats. The Skyranger 30 HEL can protect mobile units on the march or critical stationary infrastructure and facilities from aerial threats. No matter what the initial situation, an appropriate response is always readily available, assuring adherence to legal requirements and the avoidance of collateral damage.

Thanks to its longstanding experience in the field of ground-based air defense and adherence to a clear technical road map for a future laser weapon system, Rheinmetall is able to integrate mechanically and systemically a full range of advanced capabilities into a wheeled or tracked mobile platforms such as the Boxer multipurpose wheeled armored vehicle* or the tracked Lynx KF41 armored vehicle. Thanks to the highly flexible Skymaster fire control system and state-of-the-art sensors, the effectors achieve maximum tactical impact.


View attachment 19221

Rheinmetall's HEL effectors consist of a laser source and laser guidance system, both of which are integrated into the vehicle, along with a laser weapon station built into the turret that simultaneously serves as a platform for the electro-optical sensors. The laser weapon station tracks targets automatically, neutralizing them with a laser beam. Thus, the Skyranger 30 HEL is capable of effectively defending assigned airspace with three different effectors – an automatic cannon, guided missiles, and a high-energy laser – with the appropriate level of intensity.

Featuring a rate of fire of 1,200 rounds per minute, the 30mmx173 KCE revolver gun is the world's top-performing weapon in this caliber. Programmable time-delay ammunition enhances the probability of hitting even the smallest aerial targets. The Skyranger 30 HEL's guided missiles increase the system's operational flexibility and maximum range.

In live trials, current technology sample systems for laser weapon systems have successfully achieved laser outputs of 20kW. The ability to increase this figure to 100kW is already an integral feature of this technology. The laser weapon station used here has its own sensors for identifying and tracking targets. Subassemblies coordinated by Rheinmetall to interoperate harmoniously produce the outstanding beam quality of Rheinmetall laser sources even at high-output levels, meaning that they can be directed at the target with high precision. The carrier platform's sophisticated mechanical design assures 100% coverage of assigned airspace. Laser outputs of up 20-50 kW are planned for the first realization phase.

Late last year, the Skyranger HEL was presented in public for the first time at a counter-drone event held by the Swiss procurement agency armasuisse in Bure, Switzerland, sparking great interest from the experts present at the event.
exactly this is what is needed to secure a perimeter /infrastructure. If EW /jamming is added, it would be even better.
 

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..maybe someone said it, but it's best to use a whole system/systemS for the defense--just like army, air force uses a whole system for their mission .....
 
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