Tag Archives: Electronic Warfare

China Reveals Its Carrier-Based J-15D Electronic Warfare Fighter

Posted on by

The J-15D, featured in a CCTV-7 Military News episode, displaying two electronic warfare pods on the wing tips and two larger electronic warfare pods on the inside of the wings.

“Chinese aircraft carrier formations have reached a new level of comprehensive combat capabilities, and has entered the era of offensive operations, breaking the monopoly advantage of the U.S. military. This is something we are very happy about.”

The introduction of the J-15D [R1] signals a pivotal moment for Chinese aircraft carrier formations, enabling them to execute strikes against adversaries with sophisticated air defense systems according to the first article published by government-censored Chinese internet and gaming provider NetEase. The Chinese J-15D electronic warfare aircraft made its first public appearance on CCTV in late March 2024.[i] Equipped with electronic countermeasures, reconnaissance capabilities, and the capacity to disrupt enemy radar and missile systems, the J-15D substantially enhances the combat power of Chinese aircraft carriers.[ii] The article highlights three key aspects of the J-15D. First, its strategic value in anti-ship warfare is underscored by its comprehensive suite of electronic warfare, anti-radiation warfare, and air combat capabilities. Second, the J-15D signifies China’s comparable strength to the U.S. in the field of electronic warfare. Third, its ability to provide situational awareness is crucial, particularly in scenarios involving the deployment of hypersonic missiles by Chinese aircraft carrier formations. The J-15D confers an asymmetric advantage with its capacity to target adversaries at long distances and provide targeting guidance for hypersonic missiles. Overall, the J-15D signifies a “a new level in terms of comprehensive combat capabilities” for the Chinese aircraft carrier fleet. The second excerpt, published on highly regulated Chinese internet platform Tencent, suggests that the introduction of the J-15D also marks a significant shift in the combat strategy of China’s aircraft carriers. The excerpt states that in the past, the People’s Liberation Army Navy followed the Soviet Navy’s model, relying on carrier-based fighter jets for air defense while utilizing escort ships for long-range anti-ship attacks. With advancements in the performance of the J-15D, Chinese aircraft carriers are now capable of conducting long-range anti-ship and ground operations coupled with defensive and offensive electronic warfare.[iii] The J-15D, with its offensive capabilities, can engage in long-range sea or ground attacks alongside other carrier-based fighters, leveraging electronic warfare systems to dominate the battle space.[iv] This poses an “unprecedented” threat to U.S. aircraft carrier strike groups.

OE Insight Summary:

CHN’s naval aviation strength has significantly increased with the introduction of the J-15D, a carrier-based EW fighter jet. This EW fighter enhances CHN’s ability to assert electronic dominance from its aircraft carriers, providing strategic versatility in maritime operations.

Sources:

Fu Qianshao, “ ‘央视曝光’电战鲨’，歼-15D推动航母编队进入攻势作战时代 (CCTV Reveals ‘Electric War Shark’, the J-15D Propels Aircraft Carrier Formations into an Era of Offensive Operations),” Netease (one of China’s largest internet companies, subject to regulatory oversight and censorship by the national internet regulator, China’s Cyberspace Administration), 02 April 2024. https://www.163.com/dy/article/IUPAKE5T0535T18G.html

CCTV’s ‘Military Report’ recently aired footage showcasing the J-15D fighter jet as it commenced a naval training program, signaling a significant advancement for China’s aircraft carrier capabilities. Notably, the J-15D fills a crucial gap that its predecessor, the J-16D, couldn’t address, as it lacked compatibility for deployment on aircraft carriers.

The introduction of the J-15D into Chinese naval aviation signifies a pivotal advancement, enabling Chinese aircraft carrier formations to conduct air strikes against adversaries equipped with sophisticated air defense systems. Reflecting on the Gulf War, the US Air Force frequently coordinated air strikes against ground targets with electronic warfare aircraft to neutralize ground defense systems. This underscores the critical role of electronic warfare aircraft in suppressing air defenses, a capability that the J-15D helps address.

Compared with the US EA-18G, is the J15-D superior or inferior? 1. The J-15D offers enhanced strategic value particularly in anti-ship warfare. The J-15 is equipped with electronic warfare capabilities, anti-ship warfare and anti-radiation warfare, and has a relatively complete air combat capability. Compared to the J15-D, the EA-18G has excellent electronic warfare capabilities, limited anti-radiation and air combat capabilities, and almost no anti-ship combat capabilities. 2. The J-15D holds the advantage of possessing more modern electronic warfare technology, benefitting from China’s robust capabilities in the electronic industry. In the competition between China and the US in electronic warfare, China stands equal to the United States in terms of industry strength. 3. The tactical awareness offered by the J15-D holds significant value in scenarios where Chinese aircraft carriers possess hypersonic missiles. The J15-D’s ability to lock onto opponents’ carrier formations at longer distances and provide target indications for hypersonic missiles presents an asymmetric advantage. While the U.S. EA-18G possesses similar capabilities, its missile speed and range are insufficient to pose a threat to Chinese carrier formations.

Overall, the J-15D entry into service signifies that Chinese aircraft carrier formations reached a new level in terms of comprehensive combat capabilities, and entered the era of offensive operations, breaking the monopoly advantage of the US military. This is something we are very happy about. 

Kongtian Daliang, “央视官宣，歼15D ’咆哮鲨’ 喷涂海军灰，中国航母任务出现转变 (CCTV Reveals, J-15D “Roaring Shark” Sprayed Navy Grey, Marks Changes for Chinese Aircraft Missions),” Tencent (China’s largest multinational technology conglomerate, operating within a tightly regulated environment), 26 March 2024. https://new.qq.com/rain/a/20240326A0442K00

Recent footage from the CCTV Military Channel showcased the J-15D carrier-based electronic warfare aircraft. The aircraft, painted in navy gray, suggests that it is either nearing or has already entered service. The presence of the J-15D fighter indicates a shift in focus for Chinese aircraft carriers from air defense to offense.

The CCTV footage reveals that the J-15D electronic warfare aircraft is equipped with two electronic warfare pods mounted under its wings, like the PLAAF J-16D [R1] electronic warfare aircraft. The primary function of this electronic warfare equipment is to analyze enemy radar frequencies, identify, jam, position, and target enemy radars. A notable distinction between the J-15D and other J-15 fighters is the absence of the airspeed tube, indicating comprehensive upgrades to the aircraft’s electronic equipment such as radar and sensors, facilitating comprehensive control of electromagnetic signals in combat airspace.

The introduction of the J-15D signifies a significant transformation in China’s aircraft carrier combat missions. Previously, Chinese aircraft carriers faced a distinct disadvantage compared to American super aircraft carriers. Consequently, the Soviet Navy model was adopted, utilizing carrier jets for air defense cover while escort ships launch long-range anti-ship missiles to conduct attacks. With the increasing maturity of the J-15, it is now equipped with air-launched anti-ship missiles, bolstering Chinese aircraft carriers’ offensive air capabilities.

The primary objective of the J-15D is to employ high-power electronic warfare equipment to suppress and disrupt the opponent’s electronic systems, while employing various methods to degrade the opponent’s radar detection capabilities. Alongside other carrier-based fighters, the J-15D can execute long-range sea and ground attacks, utilizing its electronic warfare capabilities to neutralize the opponent’s air defense systems. For US aircraft carrier strike groups, the threat posed by the J-15D is unprecedented. As for Japan’s ‘Izumo’ class light aircraft carriers, they are equipped with the F-35B stealth fighters, which have a generational advantage over the J-15 series. However, the number of F-35B aircraft is limited and may have limited warning aircraft to provide airspace intelligence and early warning. This greatly reduces the situational awareness capability of the F-35B. In addition, the J-15D retains most of the J-15’s air combat capabilities, and electronic warfare aircraft can be regarded as the nemesis of stealth fighter jets. Therefore, Chinese aircraft carriers employing J-15D aircraft are enough to cause Japanese light aircraft carriers to suffer significant losses.

Notes:

[i] To watch the full CCTV-7 video of the J15-D, see CCTV’s C-Bit Series Baidu post, Baidu, 24 March 2024. https://haokan.baidu.com/v?pd=wisenatural&vid=17129917562037813254

[ii] Mu Feng Lun Dao, “电战版歼-15D来袭，央视正式官宣，中国航母舰载机最后拼图全凑齐 (Electronic Warfare Version of J15-D is Coming, CCTV Formally Announces, Completing the Final Piece for China’s Carrier-Borne Aircraft),” Netease, 26 March 2024. https://www.163.com/dy/article/IU70SP910552YXLH.html

[iii] A Taiwanese news channel invites a Chinese military expert to discuss the strengths and advantages of the J-15D fighter plane, CTI News Channel, 02 April. 2024. https://youtu.be/srdhxxwV-CQ?t=304

[iv] A Taiwanese news channel invites a Chinese military expert to discuss the combat application of the J15-D, CTI News Channel, 30 March 2024. https://youtu.be/s6o1H0ffZXU?t=101

Image Information:

Image: The J-15D, featured in a CCTV-7 Military News episode, displaying two electronic warfare pods on the wing tips and two larger electronic warfare pods on the inside of the wings.
Source: https://haokan.baidu.com/v?pd=wisenatural&vid=17129917562037813254
Attribution: CCA-SA 4.0 Intl.

Russian Navy Weaponizes Shipping Containers

Posted on by
Shipping Containers.

Shipping Containers.

For the defense of Russian combat and auxiliary ships, an electronic warfare (EW) system is being developed. The EW system will be placed in ordinary 40-foot shipping containers.

The accompanying excerpted article from pro-Kremlin daily newspaper Izvestiya describes Russian efforts to place electronic warfare systems in standard 40-foot shipping containers.  The Russian Navy is also experimenting with other shipping container-based weapon systems involving air defense, anti-ship, and surface and underwater unmanned reconnaissance capabilities.  These shipping container-based weapon systems are not only intended to augment the capabilities of the Russian Navy’s ships, but also auxiliary ships (tugboats, transports, fuelers, etc.) that support the Russian Navy, and commercial ships if necessary.  Shipping container-based weapon systems are likely to become more important to the Russian Navy as it transitions from larger ships, such as cruisers and destroyers, which have many capabilities to smaller ships, such as frigates and corvettes, with fewer capabilities.  These shipping container-based weapon systems will permit these small vessels to expediently and cheaply add capabilities as required.

Source:

Roman Kretsul, “Шумящий патруль: российские корабли защитят

системы радиоэлектронной борьбы (The ‘noisy’ patrol: Russian ships will be protected by electronic warfare systems),” Izvestiya (pro-Kremlin daily newspaper), 8 September 2022.  https://iz.ru/1392104/roman-kretcul/shumiashchii-patrul-rossiiskie-korabli-zashchitiat-sistemy-radioelektronnoi-borby

For the defense of Russian combat and auxiliary ships, an electronic warfare (EW) system is being developed. The EW system will be placed in ordinary 40-foot shipping containers. Thanks to this, the system can be easily installed on the decks of ships and vessels. Such protective “boxes” should reliably protect ships and vessels from enemy missiles and drones by way of electromagnetic interference. According to experts, as a result, this decision will significantly strengthen the protection of the country’s coastal regions.

The Project 22160 ‘Vasily Bykov’ patrol ships will be the first to receive this electronic warfare systems. In the future, auxiliary vessels of the Russian fleet – tugboats, transports and others – could also acquire it…Initially, a weaker electronic warfare system was installed on Project 22160 ships, military historian Dmitry Boltenkov told Izvestia.“Apparently, they created a more powerful solution, of operational or strategic designation. Containers allow you to put the system on different ships,” the expert explained. “If necessary, it will be possible to build up the electronic warfare system of ship groups. They will be able to enter a given area and, in fact, completely “turn it off”. First, they will suppress drone control channels and communication systems. It will no longer be necessary to drive an electronic warfare vehicle onto a landing ship, instead they will simply put a container.

The Navy is also actively testing new container modules — with weapons and with various auxiliary equipment —including the Redut and Pantsir-M air defense systems, container modules with anti-submarine equipment, and container modules with cruise missiles. In particular, the Kalibr-NK cruise missiles. But the main possibility is that they can be adapted for the employment of underwater and surface unmanned vehicles of all types. This provides a reconnaissance capability over hundreds of kilometers…

Image Information:

Image: Shipping Containers
Source: https://commons.wikimedia.org/wiki/File:Container_%E3%80%90_2205_%E3%80%91_SAKC_000411(0)—No,1_%E3%80%90_Container_pictures_taken_in_Japan_%E3%80%91.jpg
Attribution: Gazouya-japan

China Arming Algeria To Fight Its “New Generation Wars”

Posted on by
Wing Loong II.

Wing Loong II.

“… For some time now, the leaders of the Algerian army have been constantly talking about the need to prepare for new forms of war, especially regarding virtual and electronic warfare, and the benefits of cybersecurity…”

Chinese weapons and technology continue to play a prominent role in meeting some of Algeria’s contemporary military needs, most notably unmanned aerial vehicles (UAVs).  Algeria operates several advanced Chinese platforms, including Wing Loong II and CH-4 drones.  Earlier this year, several media outlets reported that Algeria had placed an order for six Chinese CH-5 combat drones.  According to the Algeria-focused, military affairs website Menadefense, in late 2021 Algeria placed an order for four Chinese WJ-700 “Falcon” UAVs.  The WJ-700 is arguably China’s most capable export platform: a high-altitude, high-speed drone similar in design and performance to the MQ-9 Reaper. 

Algeria has also invested in Chinese-manufactured counter-UAV systems.  Some of these were on display at the recent armed forces’ military parade in Algiers, held on 5 July to mark the 60th anniversary of the country’s independence from France.  The parade included a recently acquired, integrated Chinese electronic warfare (EW) system that social media observers specialized in Algerian military affairs called “a CEW-03A mobile EW system,” although it has also been referred to as a LDK-190 and CHL-906 system (see “Algeria Obtains Chinese Integrated EW Reconnaissance/Jamming System,” OE Watch, Issue 2, 2022).  The Independence Day parade also featured two self-propelled Chinese radar systems—the JY-11B array radar and a DWL-002 passive detection radar.  As noted in the accompanying excerpt from the Qatar-aligned daily al-Araby al-Jadeed, Algerian military leaders have repeatedly mentioned fighting “new generation wars” as a top priority, with EW highlighted as a principal area of focus. High-tech EW platforms were not the only type of Chinese weapons on display at Algeria’s Independence Day parade.  As noted by the military news website 21st Century Asian Arms Race, marching infantry soldiers were seen carrying old Type 56 Chinese assault rifles, which the Algerian military has been producing domestically for many years.  The juxtaposition of advanced UAVs and EW systems, on the one hand, and inexpensive, outdated assault rifles on the other, may hint at the Algerian military’s priorities.  The fact that they are all of Chinese origin serves as a reminder that the evolving Chinese-Algerian military relationship is rooted in historical ties that go back decades.  Chinese technology seems likely to play an increasingly important role in helping Algerian forces prepare for the type of wars its leaders foresee across the horizon.

Sources:

“l’Algérie commande quatre drones HAL de combat à la Chine (Algeria orders four HAL combat drones from China),” MenaDefense (non-governmental website focusing on Algerian military affairs), 24 January 2022. https://www.menadefense.net/algerie/lalgerie-commande-quatre-drones-hal-de-combat-a-la-chine/

It turns out that Algeria is the mysterious customer who bought the Chinese high-altitude/high-speed WJ-700 combat drone.  The signing of the contract was announced on December 21, 2021.

Source: @nuwangzi, Twitter, 5 July 2022. #Algeria #EW First clear image of the CEW-03A in Algeria – A Chinese Mobile 6×6 truck EW system. https://twitter.com/nuwangzi/status/1544388039035723776 

Source: @kmldial70, Twitter, 4 July 2022. jy-11b radar, dwl 002 passive detection radar system, #Algerian #AirDefense #Algeria #AlgerianArmy #MilitaryParade.

Source: @kad_ghani, Twitter, 4 July 2022. Chinese CETC Self-Propelled JY-11B 3D Electronically Scanned Array Radar Hunter-1 makes his first appearance with the Algerian Army. https://twitter.com/kad_ghani/status/1544042364532129792

Source:

 ”حديث متوالٍ عن الحروب الجديدة لدى الجيش الجزائري

(Continuous talk about the Algerian army’s new wars),” al-Araby al-Jadeed (Qatari-aligned daily), 2 July 2022. https://tinyurl.com/ypp543r2

For some time now, the leaders of the Algerian army have been constantly talking about the need to prepare for new forms of war, especially regarding virtual and electronic warfare, and the benefits of cybersecurity.

Source: “Cheap Chinese Assault Rifles Are Made In Algeria,” 21st Century Asian Arms Race (military news website), 7 July 2022.  https://21stcenturyasianarmsrace.com/2022/07/07/cheap-chinese-assault-rifles-are-made-in-algeria/

… during a recent military parade to mark 60 years since independence it became apparent its soldiers are issued with the most basic, even completely outdated, assault rifle supplied by China. It turns out a state-owned factory called the Mechanical Construction Establishment of Khenchela has been mass-producing Type 56 and Type 56-1 assault rifles since the 1990s.

Image Information:

Image:  Wing Loong II
Source: Photo by Mztourist, https://commons.wikimedia.org/wiki/File:Wing_Loong_II_side_view.jpg
Attribution: CC 4.0

Russia Tests Palantin Electronic Warfare System in Ukraine

Posted on by
Palantin Electronic Warfare System.

Palantin Electronic Warfare System.

The accompanying excerpted article from Russia’s official government newspaper, Rossiyskaya Gazeta, describes some of the capabilities of the Palantin electronic warfare (EW) system and how it has been employed during Russia’s invasion of Ukraine—the first reported use of the system in combat.  According to the article, its most important advantage “lies in the ability to combine the electronic warfare systems such as [of] the “Moskva”, “Zhitel,” and “Judoist” into a “single working network.”  The Russian military personnel featured in the article claim that the Palantin EW system “disables reconnaissance drones of the Armed Forces of Ukraine” and “jams cellular communication and Internet sources at Ukrainian command posts,” but other, more objective open sources have not confirmed how effective the system has proven on the Ukrainian battlefield.

The Russian Ground Forces have a three-tiered system for EW.  At the maneuver brigade and division level, each has an EW company that focuses on tactical tasks.  At the combined arms Army level, each has an EW battalion that focuses on operational-tactical tasks.  At the Military District level, each has an EW brigade that focuses on strategic-level tasks.  At the tactical level, the Borisoglebsk-2. EW system is the primary and latest EW system for maneuver brigade/division level EW companies, while the Palantin EW system is the primary and latest system for combined arms Army level EW battalions.

Source:

Yuri Gavrilov, “Видео: Как работает в боевой обстановке комплекс РЭБ “Палантин” (Video: How the Palantin electronic warfare system works in a combat situation),” Rossiyskaya Gazeta (official Russian government newspaper), 4 June 2022.  https://rb.gy/4fjl6

The Palantin electronic warfare system disables reconnaissance drones of the Armed Forces of Ukraine, jams cellular communication and Internet sources at Ukrainian command posts, without disturbing the civilian communications infrastructure…The electronic warfare system independently detects enemy drones, intercepts their control signal, and interferes with them. As a result, the UAV loses contact with the operator on the ground.

The commander of the jamming company, Sergei, says that the specialists of his unit have mastered modern radio-electronic equipment without any problems. “Palantin” is the newest system, it is extremely easy to operate and maintain. The electronic warfare system provides automatic detection and suppression of radio communication lines…

A few words about what the Palantin-K electronic warfare system consists of.  It is mounted on four-axle KamAZ vehicles, and is designed to suppress existing and future radio communication systems, as well as to conduct signals intelligence. The capabilities of the system make it possible to “dazzle” enemy electronic systems in the ultrashort-wave [very high frequency (VHF)] and short-wave [high frequency (HF)] bands.

In addition, the “Palantin” can interfere with navigation systems and disable an air defense radars or a command and control systems…this system can deprive the enemy of cellular and trunking communications. Its most important advantage lies in the ability to combine the electronic warfare systems such as the “Moskva”, “Zhitel” and “Judoist” into a single working network… Experts say that “Palantin” is 2-3 times superior to Russian EW systems of the previous generation and currently has no analogues in combat capabilities in any army of leading foreign states.

Image Information:

Image: Palantin Electronic Warfare System
Source: Russian Ministry of Defense, https://rb.gy/4fjl6
Attribution: CC BY 4.0

Russian Motorized Rifle Divisions To Gain an Electronic Warfare Battalion

Posted on by
RB-341V Leer-3 with Orlan-10 UAV.

RB-341V Leer-3 with Orlan-10 UAV.

Orlan-10 UAV of the RB-341V Leer-3.

Orlan-10 UAV of the RB-341V Leer-3.

“According to Colonel General Alexander Zhuravlyov, the battalion’s addition to the division ‘will protect significant sites, increase the reconnaissance capabilities of the formation, and reduce the time it takes to obtain necessary information.’”

“The [electronic warfare] battalions will be equipped with Zhitel, Leyer-3 and Borisoglebsk-2 electronic warfare systems can conduct electronic intelligence and suppress the operation of communication and navigation systems…”

“There is no doubt that the use of the Leer-3 system not only severed communications between the combat groups and their foreign controllers, but also provided Kazakh security forces their geolocation data… The loss of a unified command and control by the terrorists and their inability to coordinate actions led to a completely natural result – the elimination of combat groups…”

Traditionally, Russian motorized rifle divisions and brigades each have an organic electronic warfare (EW) company.  However, according to the excerpted articles from Russian newspaper Izvestiya and state-owned news agency Radio Sputnik, future motorized rifle divisions will have their EW company upsized to an EW battalion.  According to Radio Sputnik, Colonel General Alexander Zhuravlyov, the commander of the Western Military District, stated that this change “will significantly increase the reconnaissance capabilities of the formation and reduce the time it takes to obtain necessary information.”  Izvestiya notes that these new battalions will be equipped with the R-330Zh Zhitel jammer, the Borisoglebsk-2 EW suite, and the RB-341V Leer-3 EW/unmanned aerial system (UAS).  Although EW companies already have the Zhitel and Borisoglebsk-2, the RB-341V Leer-3 will be a new capability at the brigade/division echelon.  Previously, only the echelons above the maneuver brigade/division had this system.  It is important to note that, aside from the RB-341V Leer-3 and more kit, these EW battalions will most likely closely resemble the EW companies from which they are derived, maintaining their tactical focus.  This means that the EW battalions found in the motorized rifle divisions are far different from the EW battalions found at the Combined Arms Army level in terms of purpose, structure, and equipment, which includes the Palantin, Krasukha-S4, etc., as this type of an EW battalion has more of an operational focus.

The accompanying excerpted article from the weekly military and defense-focused newspaper Voyenno-Promyshlennyy Kuryer discusses the value of the RB-341V Leer-3 to security forces during the recent unrest in Kazakhstan.  According to the article, “There is no doubt that the use of the Leer-3 system not only severed communications between the combat groups and their foreign controllers, but also provided Kazakh security forces their geolocation data.”  The inclusion of the RB-341V Leer-3 in more numerous, lower-level, tactical units show the importance Russia places on cell phones in modern warfare.  The RB-341V Leer-3 is not just envisaged to do cell phone jamming and geolocation, but also to influence the population by way of sending short message service (SMS) and audio messages, and eventually, even digital files.

Source:

“Россия усилила радиоэлектронную борьбу на границе с Украиной (Russia has stepped up electronic warfare on the border with Ukraine),” Radio Sputnik (state-owned news agency, news website platform and radio broadcast service), 25 January 2022.

https://radiosputnik.ria.ru/20220125/razvedka-1769436630.html

Russia’s Western Military District (WMD) has deployed a new battalion of electronic warfare systems in Belgorod Region, which borders on Ukraine, Russian news agency RIA Novosti reported on 25 January.

“A separate electronic warfare battalion became part of the Vislenskaya [3rd] Motorized Rifle Division of the Western Military District. Subdivisions of the new military unit are deployed in Belgorod Region,” the Western Military District said…According to Colonel General Alexander Zhuravlyov, the battalion’s addition to the division “will protect significant sites, increase the reconnaissance capabilities of the formation, and reduce the time it takes to obtain necessary information”…

Source: Bogdan Stepovoy, Roman Kretsul, Andrey Fedorov, “Ценность помех: в Западном округе создают батальоны радиоэлектронной борьбы (The Value of Jamming: Electronic Warfare Battalions Are Being Created in The Western Military District),” Izvestiya (large circulation Russian newspaper), 2 February 2022. https://iz.ru/1285283/bogdan-stepovoi-roman-kretcul-andrei-fedorov/tcennost-pomekh-v-zapadnom-okruge-sozdaiut-batalony-radioelektronnoi-borby

Electronic warfare battalions will be formed as part of several divisions of the Western Military District. The new units will protect troops, socially significant sites, and industrial facilities from strikes by precision-guided munitions. The battalions are equipped with complexes capable of suppressing enemy GPS systems, communications and navigation. The first such military unit was formed in Belgorodskaya Province and became part of the 3rd Guards Motorized Rifle Division. Experts note that this is an effective defense along the Russian border…

The battalions will be equipped with Zhitel, Leyer-3 and Borisoglebsk-2 electronic warfare systems can conduct electronic intelligence and suppress the operation of communication and navigation systems, military expert Aleksey Leonkov told Izvestiya…

“Operating as part of a division, the systems can carry out reconnaissance and jam sources of communication and control, as well as transmit the coordinates of aviation and artillery targets for strikes,” said Leonkov. “Each of them has its own specialization. The R-330Zh Zhitel jammer is designed to detect, find and jam signals and satellite communication stations, as well as navigation systems, including GPS. Such actions prevent UAVs, cruise missiles and other PGM from orienting themselves on the ground when striking… The Leyer-3 complex includes three Orlan-10 drones, which are used to jam cellular GSM communications… The main task of “Borisoglebsk-2” is the detection and suppression of various communication channels, including radio navigation systems.

Source: Vitaly Orlov, “«Леер» спас казахстан от сползания в пропасть (‘Leer’ Saved Kazakhstan from Sliding into the Abyss),” Voyenno-Promyshlennyy Kuryer (weekly newspaper focusing on military and defense industry complex issues), 25 January 2022.  https://vpk-news.ru/articles/65512

On January 12, the Vietnamese edition of Soha published information about the use of Leer-3 electronic warfare systems by the CSTO peacekeeping contingent in Kazakhstan. According to the authors, this capability was one of the decisive factors in ensuring the successful outcome of the counter-terrorist operation of the Kazakh security forces.  “There is no doubt that the use of the Leer-3 system not only severed communications between the combat groups and their foreign controllers, but also provided Kazakh security forces their geolocation data” the report says. The loss of a unified command and control by the terrorists and their inability to coordinate actions led to a completely natural result – the elimination of combat groups…

New drones capable of replacing cell towers have successfully passed the combat test program on the territory of the Syrian Arab Republic and have been officially adopted by the Russian Armed Forces. They have the ability to send audio and SMS messages to subscribers, and in the near future it is planned to add the ability to transfer video files. Since 2015, the drones that were part of the Leer complex have successfully suppressed base stations, but could not effectively resist 3G and 4G networks, which in turn created certain difficulties when interacting with smartphones. In modernized drones, these problems are solved. They “jam” the base stations, taking their place and becoming their virtual twins.

According to Denis Kuskov, CEO of the analytics company Telecom Daily, the “fake base station” created by the drone, unnoticed by the user, intercepts traffic and connection control, depriving him of the ability to connect to another base station. An operator controlling an unmanned aerial vehicle as part of the RB-341V Leer-3 gets the opportunity to generate calls and SMS messages to all subscribers within its coverage area…

Image Information:

Image: RB-341V Leer-3 with Orlan-10 UAV.
Source: Vitaly Kuzmin, https://photos.smugmug.com/photos/i-QX8bGpH/0/X3/i-QX8bGpH-X3.jpg
Attribution: CC BY-NC-ND 4.0

Image: Orlan-10 UAV of the RB-341V Leer-3.
Source: Vitaly Kuzmin, https://photos.smugmug.com/photos/i-JRLBkqD/0/X3/i-JRLBkqD-X3.jpg
Attribution: CC BY-NC-ND 4.0

Algeria Obtains Chinese Integrated EW Reconnaissance/Jamming System

Posted on by
The Arleigh Burke-class guided-missile destroyer USS Donald Cook (DDG 75) arrives in Algiers, Algeria, March 5, 2019.

The Arleigh Burke-class guided-missile destroyer USS Donald Cook (DDG 75) arrives in Algiers, Algeria, March 5, 2019.

“…The integrated electronic countermeasure system can carry out reconnaissance, interference and warning on the enemy’s electronic information systems…”

Algeria’s electronic warfare (EW) capabilities have been bolstered by recent acquisitions, including the Russian Kvant 1L222 Avtobaza ELINT system and the Chinese DWL002 passive detection radar.  The latest acquisition is an integrated EW system from China.  A handful of Twitter users focused on Algerian military affairs first noticed the delivery.  They identified it as a CHL-906, based on visual similarities to a model exhibited last November at EDEX 2021, Egypt’s recently established annual arms show.  The Algeria-focused military blog MenaDefense quickly picked up news of the delivery, and several Arabic-language media outlets subsequently reported it.  The CHL-906 is manufactured by the China Electronics Corporation (CEC) and sold for export by the China National Electronics Import & Export Corporation (CEIEC) and ELINC China (ELINC), a CEC subsidiary.  The ELINC website describes it as an integrated EW system that provides comprehensive “reconnaissance, interference and warning on the enemy’s electronic information systems.”  The chassis-mounted CHL-906 has a purported 600 km detection radius and a 300 km jamming radius.  The latest Algerian acquisition is almost certainly in part a reaction to its neighbor, Morocco, recently bolstering its UAV arsenal.

Source:

@kmldial70. “#Algeria probably received a package of very modern #Chinese EW systems recently,” Twitter (social media network), 1 January 2022. https://twitter.com/kmldial70/status/1477238084823658496

Source: @Aln54Dz “Electronic warfare department acquires the system CHL-906 ELINC

#AlgerianArmy,” Twitter (social media network), 1 January 2022. https://twitter.com/Aln54Dz/status/1477404225168683014)

Source: “Un nouveau système de guerre électronique pour l’Algérie (A new electronic warfare system for Algeria),” MenaDefense (Algeria-focused military blog), 1 January 2022. https://www.menadefense.net/algerie/un-nouveau-systeme-de-guerre-electronique-pour-lalgerie/

This is the Integrated Electronic Warfare system from the Chinese company ELINC and CEIC… which is used to:

  • Detect enemy radio and radar emissions over a distance of 600 km
  • Determine the position, identify and classify enemy emissions over these distances
  • Protect radars and anti-aircraft systems from anti-radiation missiles by “covering” radar frequencies
  • Block communications over a distance of 300 km
  • Prohibit the enemy (air, sea, land) from using GNSS satellite positioning systems (GPS, Baidu, Galileo, Glonass) over a distance of 300 km
  • Jam frequencies from 0.5 to 40 GHz
  • Detect stealth aircraft and ships
  • Detect remotely piloted drones and sever their data link to the ground
  • Detect AEW aircraft over a distance of 500 km
  • “Fry” certain radio-electric equipment thanks to the directed emission power of 500 Kw

Source:  “Integrated EW System,” ELINC Company Website (China Electronics Corporation Subsidiary), undated. https://www.elinc.com.cn/business/defense/IntegratedElectronicWarfare/

The integrated electronic countermeasure system can carry out reconnaissance, interference and warning on the enemy’s electronic information systems such as early warning detection, communication transmission, multi-dimensional reconnaissance, navigation and positioning, and guided fire control. Combat operations such as ground-to-air defense, air interdiction, border control, anti-terrorism and stability maintenance, seize and maintain the battlefield system information rights.

Image Information:

Image:  The Arleigh Burke-class guided-missile destroyer USS Donald Cook (DDG 75) arrives in Algiers, Algeria, March 5, 2019.
Source: Photo by Petty Officer 2nd Class Ford Williams, U.S. Naval Forces Europe-Africa/U.S. Sixth Fleet. https://www.dvidshub.net/image/5149959/190305-n-ji086-036
Attribution: Public Domain

Russia Develops and Implements Counter-UAV Tactics and Technologies

Posted on by
Pischal Counter-UAV Gun.

Pischal Counter-UAV Gun.

Ratt Anti-UAV System (exterior view).

Ratt Anti-UAV System (interior view).

“Many Russian electronic warfare manufacturers are now developing portable counter-UAV devices, mindful of the requirement for small military teams to be protected against the drone threat from the air. Most of them, like the Pishchal, are in the form of a firearm, which is convenient and what troops are used to.”

There is a consensus in Russian circles of military thought that the ability to counter unmanned aerial vehicles (UAVs) could be decisive in future conflicts.  The excerpted articles from Russian Armed Forces monthly journal Armeyskiy Sbornik and pro-Kremlin daily newspaper Izvestiya discuss Russia’s development of counter-UAV technologies.  Armeyskiy Sbornik describes the theory underpinning Russia’s tactics for countering UAVs.  Russia intends to use both kinetic fires, such as the guns and missiles of air defense systems, and electronic warfare (EW), such as jamming, to counter UAVs.  The article also mentions some of the unique technologies that Russia has developed to further this effort, such as the Pischal counter-UAV gun.  According to military and defense industry weekly Voyenno-Promyshlennyy Kuryer, during the recent Nagorno-Karabakh conflict, EW caused approximately 15 UAVs to land, or fly-off course.  The article posits that these EW means and conventional air defense systems could defeat Ukraine’s Turkish-made Bayraktar UAVs.  The article from Izvestiya explains how Russia’s theory of kinetic air defense in conjunction with effective EW is not just theory, and Russia is already implementing it in training.

Source:

Colonel M. Mitrofanov, Lieutenant Colonel D. Vasyukov, and Major V. Anisimov, “Практические Рекомендации Защита Элементов Системы Связи От Беспилотных Летательных Аппаратов (Practical Recommendations for Protecting Elements of a Communication System Against Drones),” Armeyskiy Sbornik (monthly journal of the Russian Armed Forces military and defense industry weekly Voyenno-Promyshlennyy Kuryer), September 2021. https://army.ric.mil.ru/Stati/item/343042/

Drones are becoming an increasingly common element of modern military operations and are now accessible not only to regular but also to irregular armed forces and also to terrorist organizations…Experience of countering drones during local conflicts across the world has shown that when they are airborne their data transmission channels are visible to signals intelligence and vulnerable to electronic jamming. The data transmission channels include:

— the operator’s control channel to the drone

— the drone’s channel for transmitting data to its control station

— the satellite navigation channel

Countering drones does not necessarily mean their physical destruction. Electronic jamming can be used to disable a drone’s data transmission channel, also the channel for controlling it. Apart from disabling the control and data channels, you also need to disable the channel that receives the satellite navigation signals. Satellite data is used not only to plot the drone’s route but also by weapons for target acquisition…Russian electronic warfare developers are actively working on ways of countering drones. For example, at the Dubai Airshow in 2019 the Rosoboronexport corporation displayed the design of a layered defense system that included Russia’s latest counterdrone technologies, such as the Repellent-1, Sapsan Bekas, Kupol, Rubezh Avtomatika, Luch, and Pishchal…

Particular attention is also being paid to portable devices for fighting drones. For example, the Luch and Pishchal systems, which can emit electromagnetic signals to disable drones 6 and 2 km away respectively, were displayed for the first time at the Dubai Air Show in 2019. The Pishchal weighs just 3.5 kg and is one of the lightest counter-UAV devices of its class on the market today, so it can form part of a soldier’s personal kit (figure 8).

Many Russian electronic warfare manufacturers are now developing portable counter-UAV devices, mindful of the requirement for small military teams to be protected against the drone threat from the air. Most of them, like the Pishchal, are in the form of a firearm, which is convenient and what troops are used to. They comprise modules for detecting a drone’s radio signals and creating the jamming to disable the control and navigation channels. Among these devices is the “Personal Drone Countermeasures Complex” made by the Special Technology Center company (reference 8), which can disable drone control channels from at least 2 km away and radio navigation channels from at least 10 km. Or the Rex 1 and Rex 2 portable counter-UAV systems made by the company Zala Group Unmanned Systems (reference 9), which also work against drone control and navigation channels. And these are by no means all the developments of our defense sector when it comes to fighting drones.

So, at the present time, we know of the following ways of countering drones.

1. Destroy them using air defense or other fire assets.

2. Destroy their control stations.

3. Capture them (with nets or by intercepting their control channels).

4. Use electro-optical countermeasures (advanced directed-output laser weapons).

5. Electronically jam their control channels, reconnaissance data transmission channels, or their geopositioning systems.

6. Distort the navigation coordinates in the vicinity of a protected site.

7. Conceal protected sites.

8. Create dummy protected sites (deception).

Source: Oleg Falichev, “«Байрактаров»: У России есть все необходимое для приземления турецких беспилотников (Snares for Bayraktar: Russia Has All Necessary Equipment to Force Turkish Drones to Land),” Voyenno-Promyshlennyy Kuryer (Russian weekly focusing on the military and defense industry), 1 November 2021. https://vpk-news.ru/articles/64483

The situation in eastern Ukraine has escalated once again. The Ukrainian Armed Forces subunits occupied the village of Staromarivka in the so-called gray zone, where 180 residents ended up hostages; about 40 of them own Russian passports. Trains with tanks and artillery arrive at the closest railway station. One of them had been spotted near Slovyansk, the second one — near Svyate. Positions of Donetsk militia are bombed by Turkish-made Bayraktar UAVs. The situation is again on the verge of a full-scale war…So what should Russia do? It cannot be ruled out that Russia might hold new large-scale military exercises next to the borders with Ukraine to rehearse action against external threats, as was observed at the beginning of this year when, according to Western data, a Russian army numbering about 100,000-120,000 personnel was deployed in the vicinity of the Ukrainian border.

[T]he best option is to create a full-fledged air defense grouping in this area, capable of covering villages and militia without crossing the demarcation line…However, Russia also has other weapons that work without firing…Based on the experience of the war in Nagorno-Karabakh, about 15 UAVs were forced to land or were thrown off course with the aid of electronic warfare equipment…The Pantsir-S1 and Pantsir-SM antiaircraft missile and gun systems are also excellent countermeasures against drones. The range of the latter has been increased to 40 kilometers thanks to the upgraded multifunctional aiming station. The range at which it detects and selects targets is substantially greater, and so is its resistance to jamming. However, this weapon, as they say, may be used in case of emergency. The main thing right now is to establish and secure a resilient system for radar surveillance and monitoring…

Source: Alexey Ramm and Bogdan Stepovoy, “На новый маневр: войска отработали борьбу с беспилотниками в горах: Какую тактику отражения атак дронов опробовали на учениях в Крыму и на Кавказе (To New Maneuver:  The Troops Worked Out Combating Unmanned Aerial Vehicles in the Mountains: They Worked Out Which Tactic To Repel Drone Attacks at Exercises in the Crimea and in the Caucasus),” Izvestiya (large-circulation pro-Kremlin daily newspaper), 3 November 2021. https://iz.ru/1244533/aleksei-ramm-bogdan-stepovoi/na-novyi-manevr-voiska-otrabotali-borbu-s-bespilotnikami-v-gorakh

The Ministry of Defense has concluded a series of exercises in the Caucasus and in the Crimea, at which they worked out and studied Russian air defense capabilities to combat unmanned aerial vehicles in mountain conditions. The war in Nagorno-Karabakh showed that drones are becoming especially dangerous during combat on mountain terrain: it is difficult to detect and shoot them down due to the terrain’s relief. They managed to repel a supposed mass attack of unmanned aerial vehicles through the joint operations of the air defense (PVO) and electronic warfare (EW) forces. In the experts’ words, only the cohesive work of all subunits, which are participating in the engagement, can yield success in the mountains…

The Military Department previously reported that a composite detachment for combating UAVs of Southern Military District 49th Combined-Arms Army’s Mountain Motorized Rifle Formation repelled the attacks of the notional enemy’s drones at Kobu-Bashi Range in Karachay-Cherkesia. It consisted of EW and tactical reconnaissance subunits and crews of Tunguska-M1 [SA-19 GRISON] air defense missile-gun systems and Strela-10 [SA-13 GOLPHER] missile systems.  During the course of the exercises, the PVO subunits managed to destroy all targets, and the EW complexes confirmed their high effectiveness, having used Zhitel jamming stations to jam the drones’ command and control and navigation channels. More than 500 servicemen participated in the maneuvers…

Even simple UAVs gain many advantages in the mountains, which the defending side needs to mitigate, Military Expert Viktor Murakhovskiy pointed out in a conversation with Izvestiya.

“A drone is not visible for radars and optical systems behind mountain slopes,” he explained. “As a result, the UAVs obtain good chances to conduct a surprise attack and the defending side’s response time is reduced.  The Syrian experience has demonstrated that the composite detachments make a good showing on that terrain, which PVO and EW weapons and even snipers with heavy caliber rifles can reach. It is also very important to organize monitoring of the air situation in the mountains…

The Russian Army is prepared to confront the new threat. The PVO system is being improved constantly and new equipment is arriving in the troops. The Military Department has already reported that a new air defense command and control system was employed at the “Zapad-2021” Strategic Exercises. It consisted of all reconnaissance assets and also of air defense systems and complexes, which were involved in the maneuvers. The exercises demonstrated that the new equipment permits the creation of an impenetrable defensive dome over significant territory…

Image Information:

Image: Pischal Counter-UAV Gun.
Source: Vitaly Kuzmin, https://photos.smugmug.com/Military/ARMY-2020-Static-part-3/i-SCHRNzn/0/6a9634f0/X4/Army2020-Static-Part3-090-X4.jpg
Attribution: CC 4.0

Image: Ratt Anti-UAV System (exterior view).
Source: Vitaly Kuzmin, https://photos.smugmug.com/Military/ARMY-2020-Static-part-3/i-N8H53ht/0/f9763ab1/X4/Army2020-Static-Part3-084-X4.jpg
Attribution: CC 4.0

Image: Ratt Anti-UAV System (interior view).
Source: Vitaly Kuzmin, https://photos.smugmug.com/Military/ARMY-2020-Static-part-3/i-dMRnVvJ/0/5487d70d/X4/Army2020-Static-Part3-085-X4.jpg
Attribution: CC 4.0