Загрузка видео...

Не удалось загрузить видео

Возникла проблема при загрузке этого видео. Это может быть связано с временными проблемами сети или видео может быть недоступно.

На главную

⚡️❗️Compact anti-drone air defense systems designed to counter small strike drones and FPVs are now entering Ukrainian frontline units and seeing real combat use. The system autonomously detects, tracks, and calculates the trajectory of enemy UAVs, with the operator only needing to confirm the engagement with a single button... show more

Special Kherson Cat 🐈🇺🇦

454,188 subscribers

49,065 просмотров • 2 месяцев назад •via X (Twitter)

Новости и политика Наука и технологии

Anya Rossi• Live Now

Private livecam show

Комментарии: 0

Нет доступных комментариев

Здесь появятся комментарии из оригинального поста

Похожие видео

The Israeli Ministry of Defense is seeking proposals for a system to counter fiber-optic drones, which are immune to traditional jamming and electronic warfare. The IDF has not been well prepared for Hezbollah’s use of fiber-optic FPVs in Lebanon. 1/

The Israeli Ministry of Defense is seeking proposals for a system to counter fiber-optic drones, which are immune to traditional jamming and electronic warfare. The IDF has not been well prepared for Hezbollah’s use of fiber-optic FPVs in Lebanon. 1/

Roy🇨🇦

83,099 просмотров • 3 месяцев назад

Ukrainian interceptor drones are now capable of autonomously shooting down Russian Shahed drones. A Brave1 developer has created a technology that automates 95% of the interception process - from launch to target destruction. The system has successfully undergone combat testing in Kharkiv region. The operator monitors targets in real time, selects a target, and authorizes the strike. The system then independently guides the drone to the target, autonomously identifies it, and carries out the interception. "Autonomy is one of the key directions in the development of modern air defense. Such technologies make it possible to respond more quickly to massive attacks and protect Ukrainian cities more effectively," said Ukrainian Defense Minister Mykhailo Fedorov Mykhailo Fedorov.

Ukrainian interceptor drones are now capable of autonomously shooting down Russian Shahed drones. A Brave1 developer has created a technology that automates 95% of the interception process - from launch to target destruction. The system has successfully undergone combat testing in Kharkiv region. The operator monitors targets in real time, selects a target, and authorizes the strike. The system then independently guides the drone to the target, autonomously identifies it, and carries out the interception. "Autonomy is one of the key directions in the development of modern air defense. Such technologies make it possible to respond more quickly to massive attacks and protect Ukrainian cities more effectively," said Ukrainian Defense Minister Mykhailo Fedorov Mykhailo Fedorov.

Anton Gerashchenko

16,777 просмотров • 1 месяц назад

🇷🇺🇺🇦 Russian drone units hunt Ukrainian drones using net launchers Adaptation on the frontline is constant, and soldiers are always seeking effective solutions right in the middle of the combat zone

🇷🇺🇺🇦 Russian drone units hunt Ukrainian drones using net launchers Adaptation on the frontline is constant, and soldiers are always seeking effective solutions right in the middle of the combat zone

Lord Bebo

81,183 просмотров • 3 месяцев назад

The enemy is launching more and more drones, but Azov keeps the skies over the Donetsk region clear. The Russian side has continued to scale up strike drone operations across all types. The occupiers have not gone a single day without launching UAVs against both the Ukrainian Defense Forces and the civilian population. The more drones the enemy sends, the higher the air defense kill count of First Corps Azov of the National Guard of Ukraine. In April, the air defense assets of First Corps Azov of the National Guard of Ukraine destroyed the following: 🔹Fixed-wing strike UAVs: 3,585; 🔹Fixed-wing reconnaissance UAVs: 156; 🔹Rotary-wing strike UAVs: 416; 🔹Rotary-wing reconnaissance UAVs: 114. The video features April combat results of FPV interceptor pilots from the air defense units of First Corps Azov of the National Guard of Ukraine. Thousands of drones never reached Ukrainian positions or the homes of civilians, thanks to the coordinated work of air defense and electronic warfare assets that detect and destroy aerial targets before they can strike.

The enemy is launching more and more drones, but Azov keeps the skies over the Donetsk region clear. The Russian side has continued to scale up strike drone operations across all types. The occupiers have not gone a single day without launching UAVs against both the Ukrainian Defense Forces and the civilian population. The more drones the enemy sends, the higher the air defense kill count of First Corps Azov of the National Guard of Ukraine. In April, the air defense assets of First Corps Azov of the National Guard of Ukraine destroyed the following: 🔹Fixed-wing strike UAVs: 3,585; 🔹Fixed-wing reconnaissance UAVs: 156; 🔹Rotary-wing strike UAVs: 416; 🔹Rotary-wing reconnaissance UAVs: 114. The video features April combat results of FPV interceptor pilots from the air defense units of First Corps Azov of the National Guard of Ukraine. Thousands of drones never reached Ukrainian positions or the homes of civilians, thanks to the coordinated work of air defense and electronic warfare assets that detect and destroy aerial targets before they can strike.

First Corps Azov of the National Guard of Ukraine

18,820 просмотров • 2 месяцев назад

The Unmanned Systems Forces have tested Ukrainian fiber-optic modules "Shovkopryad" (Silkworm) This advanced technology opens new possibilities for combat applications. "Shovkopryad" can be installed not only on FPV drones but also on Unmanned Ground Vehicles (UGVs) and can facilitate the control of surface and underwater unmanned systems. The developers have streamlined the technological solution to make it as effective and convenient as possible for combat use. FPV drones equipped with "Shovkopryad" are lightweight, maneuverable, and capable of covering distances of over 20 km. This provides Ukrainian unmanned systems with an even greater advantage on the battlefield. The USF continue to scale up the use of fiber-optic modules, integrating them into various combat platforms.

The Unmanned Systems Forces have tested Ukrainian fiber-optic modules "Shovkopryad" (Silkworm) This advanced technology opens new possibilities for combat applications. "Shovkopryad" can be installed not only on FPV drones but also on Unmanned Ground Vehicles (UGVs) and can facilitate the control of surface and underwater unmanned systems. The developers have streamlined the technological solution to make it as effective and convenient as possible for combat use. FPV drones equipped with "Shovkopryad" are lightweight, maneuverable, and capable of covering distances of over 20 km. This provides Ukrainian unmanned systems with an even greater advantage on the battlefield. The USF continue to scale up the use of fiber-optic modules, integrating them into various combat platforms.

🇺🇦 Unmanned Systems Forces

40,574 просмотров • 1 год назад

Ukrainian drones are now autonomously intercepting Shaheds. A BRAVE1 developer has created a tech that automates 95% of the interception process—from launch to target destruction. The system successfully completed its combat trials in the Kharkiv region. The operator simply selects the target, and the drone autonomously tracks and neutralizes it. It took less than a year to get from prototype to real-world deployment. We are scaling autonomous defense tech to rewrite the rules of modern air defense.

Ukrainian drones are now autonomously intercepting Shaheds. A BRAVE1 developer has created a tech that automates 95% of the interception process—from launch to target destruction. The system successfully completed its combat trials in the Kharkiv region. The operator simply selects the target, and the drone autonomously tracks and neutralizes it. It took less than a year to get from prototype to real-world deployment. We are scaling autonomous defense tech to rewrite the rules of modern air defense.

Mykhailo Fedorov

212,274 просмотров • 1 месяц назад

‼️‼️🇺🇲 BIG | The USA for the first time shot down a fiber-optic drone The American company Epirus reported a significant breakthrough in the field of countering drones. Its microwave system "Leonidas" for the first time hit a drone with fiber-optic control - one of the most difficult targets for modern electronic warfare means. Previously, the complex had already hit a swarm of 49 drones, but the new test was particularly significant. In December 2025, at a closed test range of the US Army, the system was able to disable a fiber-optic UAV, depriving it of control and causing an uncontrolled fall. Fiber-optic drones, which are widely used today, including in the Ukrainian theater of operations, do not use radio control channels. The signal is transmitted via a thin fiber-optic cable, which makes such drones extremely difficult to detect and suppress. In a report by the US Army in 2024, such drones were called "one of the main threats to air defense systems and anti-drone warfare". The CEO of Epirus noted that the mass spread of fiber-optic UAVs has become a turning point in the evolution of unmanned warfare and has revealed a serious gap in anti-drone defense systems - a gap that "Leonidas" is designed to close. In 2025, Epirus received a contract for $43.5 million for the supply of two second-generation "Leonidas" systems. Its range of destruction is more than twice that of the first version; a 30% increase in power; there are built-in high-energy batteries; a reduction in dependence on external power supply. The system can be installed on: Stryker 8×8 armored vehicles, light tactical vehicles, other mobile platforms. See the latest updates with us: Visioner

‼️‼️🇺🇲 BIG | The USA for the first time shot down a fiber-optic drone The American company Epirus reported a significant breakthrough in the field of countering drones. Its microwave system "Leonidas" for the first time hit a drone with fiber-optic control - one of the most difficult targets for modern electronic warfare means. Previously, the complex had already hit a swarm of 49 drones, but the new test was particularly significant. In December 2025, at a closed test range of the US Army, the system was able to disable a fiber-optic UAV, depriving it of control and causing an uncontrolled fall. Fiber-optic drones, which are widely used today, including in the Ukrainian theater of operations, do not use radio control channels. The signal is transmitted via a thin fiber-optic cable, which makes such drones extremely difficult to detect and suppress. In a report by the US Army in 2024, such drones were called "one of the main threats to air defense systems and anti-drone warfare". The CEO of Epirus noted that the mass spread of fiber-optic UAVs has become a turning point in the evolution of unmanned warfare and has revealed a serious gap in anti-drone defense systems - a gap that "Leonidas" is designed to close. In 2025, Epirus received a contract for $43.5 million for the supply of two second-generation "Leonidas" systems. Its range of destruction is more than twice that of the first version; a 30% increase in power; there are built-in high-energy batteries; a reduction in dependence on external power supply. The system can be installed on: Stryker 8×8 armored vehicles, light tactical vehicles, other mobile platforms. See the latest updates with us: Visioner

Visioner

55,027 просмотров • 5 месяцев назад

Azov Brigade's Air Defenses Destroy Enemy "Wings" The enemy never stops searching for targets to strike in the rear of the Ukrainian Defense Forces. Any detected facility, including civilian infrastructure, can be hit by Russian missiles, KAB glide bombs, or drones. Azov's air defense FPV drone operators work day and night, systematically eliminating enemy "eyes" and strike UAVs in the air. The video shows a compilation of enemy UAVs destroyed by the FPV drones of the Anti-Aircraft Missile and Artillery Battalion, 12th Special Forces Brigade Azov. Want to take down enemy "wings" and help create a reliable shield for our rear? Fill out the application form on our website at Transfers for active drone operators from other Ukrainian Defense Forces units are also possible.

Azov Brigade's Air Defenses Destroy Enemy "Wings" The enemy never stops searching for targets to strike in the rear of the Ukrainian Defense Forces. Any detected facility, including civilian infrastructure, can be hit by Russian missiles, KAB glide bombs, or drones. Azov's air defense FPV drone operators work day and night, systematically eliminating enemy "eyes" and strike UAVs in the air. The video shows a compilation of enemy UAVs destroyed by the FPV drones of the Anti-Aircraft Missile and Artillery Battalion, 12th Special Forces Brigade Azov. Want to take down enemy "wings" and help create a reliable shield for our rear? Fill out the application form on our website at Transfers for active drone operators from other Ukrainian Defense Forces units are also possible.

First Corps Azov of the National Guard of Ukraine

15,990 просмотров • 1 год назад

Last night, drones attacked Cheboksary in the Chuvash Republic of the Russian Federation. The strike likely targeted the enterprise JSC "VNIIR-Progress". This plant is known for manufacturing "Kometa" antennas for the Russian army, which are designed to protect enemy drones from Ukrainian electronic warfare systems.

Last night, drones attacked Cheboksary in the Chuvash Republic of the Russian Federation. The strike likely targeted the enterprise JSC "VNIIR-Progress". This plant is known for manufacturing "Kometa" antennas for the Russian army, which are designed to protect enemy drones from Ukrainian electronic warfare systems.

WarTranslated

61,149 просмотров • 7 месяцев назад

USF warrior's destroy rare enemy electronic warfare system On one of the directions, operators from the 424th Svarog Battalion of the Unmanned Systems Forces detected and destroyed an experimental russian electronic warfare system known as the "KOP-2" (Detection and Suppression Complex) This piece of equipment represents yet another attempt by the enemy to find an effective countermeasure against Ukrainian drones. The "KOP-2" scans the airwaves across a wide frequency range, detects the frequency a drone is operating on, and tries to jam it with a powerful signal. It's an expensive and rare system, typically used by the occupiers to protect high-value targets — such as air defense installations. However, in real combat, the "KOP-2" couldn’t withstand a confrontation with the Svarog Battalion operators. Their first precision strike disabled the equipment, and a subsequent hit completely destroyed the system. SBS: One step ahead!

USF warrior's destroy rare enemy electronic warfare system On one of the directions, operators from the 424th Svarog Battalion of the Unmanned Systems Forces detected and destroyed an experimental russian electronic warfare system known as the "KOP-2" (Detection and Suppression Complex) This piece of equipment represents yet another attempt by the enemy to find an effective countermeasure against Ukrainian drones. The "KOP-2" scans the airwaves across a wide frequency range, detects the frequency a drone is operating on, and tries to jam it with a powerful signal. It's an expensive and rare system, typically used by the occupiers to protect high-value targets — such as air defense installations. However, in real combat, the "KOP-2" couldn’t withstand a confrontation with the Svarog Battalion operators. Their first precision strike disabled the equipment, and a subsequent hit completely destroyed the system. SBS: One step ahead!

🇺🇦 Unmanned Systems Forces

16,205 просмотров • 1 год назад

⚡️ Russian laser air defense system shows results: over 500 UAF drones destroyed in 3 months The innovative laser air defense system destroyed over 500 Ukrainian drones during the tests, including 40 long-range UAVs. In the fall, the installation was used by special forces soldiers "Nomads" to cover a section of the state border. The system goes into combat readiness in 2 minutes, operates within a radius of up to 1.5 km and guaranteedly burns a drone with a laser when it enters the target zone. The tests were recognized as successful — the project is planned to be scaled up. 💥In the video — the moment of destroying an enemy UAV with the new air defense system.

⚡️ Russian laser air defense system shows results: over 500 UAF drones destroyed in 3 months The innovative laser air defense system destroyed over 500 Ukrainian drones during the tests, including 40 long-range UAVs. In the fall, the installation was used by special forces soldiers "Nomads" to cover a section of the state border. The system goes into combat readiness in 2 minutes, operates within a radius of up to 1.5 km and guaranteedly burns a drone with a laser when it enters the target zone. The tests were recognized as successful — the project is planned to be scaled up. 💥In the video — the moment of destroying an enemy UAV with the new air defense system.

Z.O.V Military

12,239 просмотров • 7 месяцев назад

👀 China trains assault units with combat drones The footage shows drills by the 71st Army of the Eastern Theater Command using UAVs. This elite unit, responsible for the Taiwan direction, is practicing real combat scenarios: swarms of drones in the sky, rapid strikes, and full battlefield control.

👀 China trains assault units with combat drones The footage shows drills by the 71st Army of the Eastern Theater Command using UAVs. This elite unit, responsible for the Taiwan direction, is practicing real combat scenarios: swarms of drones in the sky, rapid strikes, and full battlefield control.

NEXTA

29,527 просмотров • 2 месяцев назад

Air Command “West” shares footage of the nighttime combat work of the British Raven SAM system crew from the Anti-Aircraft Missile Regiment named after the Ukrainian Sich Riflemen. Ukrainian operators work day and night and have already downed over a hundred Russian targets, including both strike and reconnaissance drones. Recently, in just one combat episode, they destroyed four enemy UAVs.

Air Command “West” shares footage of the nighttime combat work of the British Raven SAM system crew from the Anti-Aircraft Missile Regiment named after the Ukrainian Sich Riflemen. Ukrainian operators work day and night and have already downed over a hundred Russian targets, including both strike and reconnaissance drones. Recently, in just one combat episode, they destroyed four enemy UAVs.

WarTranslated

31,382 просмотров • 9 месяцев назад

Electronic warfare units played a key role in halting Russia’s advance on Siversk. The “Spektr” company of Ukraine’s 54th Brigade lands up to 100 enemy drones a day, saving as many lives on the frontline. Their specialists can tap into Russian drone cameras and in some cases even seize control of the UAVs.

Electronic warfare units played a key role in halting Russia’s advance on Siversk. The “Spektr” company of Ukraine’s 54th Brigade lands up to 100 enemy drones a day, saving as many lives on the frontline. Their specialists can tap into Russian drone cameras and in some cases even seize control of the UAVs.

NOELREPORTS 🇪🇺 🇺🇦

68,643 просмотров • 10 месяцев назад

Operators of the Unmanned Systems Forces reduce the enemy’s offensive potential on key directions Despite challenging weather conditions and constant attempts to advance, pilots of the K-2 unit promptly detect enemy movements and deliver precise strikes against personnel and equipment. The unit’s effectiveness is reflected in the numbers: in February, approximately 83% of the enemy personnel struck were confirmed as irreversible losses. Over the month, more than 500 Russian servicemen were eliminated, along with enemy military equipment, artillery systems, ammunition depots, UAVs, and other targets. Up-to-date strike statistics of the Unmanned Systems Forces units: The systematic work of the operators of the 20th Separate Brigade “K-2” of the Unmanned Systems Forces disrupts the enemy’s attempts to consolidate and advance, inflicts losses on assault units, and enables the Defense Forces to maintain control over the situation on designated sectors of the frontline.

Operators of the Unmanned Systems Forces reduce the enemy’s offensive potential on key directions Despite challenging weather conditions and constant attempts to advance, pilots of the K-2 unit promptly detect enemy movements and deliver precise strikes against personnel and equipment. The unit’s effectiveness is reflected in the numbers: in February, approximately 83% of the enemy personnel struck were confirmed as irreversible losses. Over the month, more than 500 Russian servicemen were eliminated, along with enemy military equipment, artillery systems, ammunition depots, UAVs, and other targets. Up-to-date strike statistics of the Unmanned Systems Forces units: The systematic work of the operators of the 20th Separate Brigade “K-2” of the Unmanned Systems Forces disrupts the enemy’s attempts to consolidate and advance, inflicts losses on assault units, and enables the Defense Forces to maintain control over the situation on designated sectors of the frontline.

🇺🇦 Unmanned Systems Forces

22,750 просмотров • 4 месяцев назад

⚡️🇺🇦🇷🇺There is now confirmation of the first attempts to blind Russian FPV drones by installing small IR spotlights on Ukrainian drones, producing a bright, directional beam aimed at the incoming drone’s camera. In one case, a Ukrainian UGV tried to blind an approaching Russian FPV drone but failed. The second example was more successful a “Baba Yaga” drone was able to confuse the operator of an anti-drone interceptor that was attempting to shoot it down. For now, this cannot be called widespread, but in the future such a blinding system may become an effective method of countering FPV drones, especially fiber-optic-guided ones, which cannot be jammed by electronic warfare at all. And, as can be seen, the system can be installed on both ground and aerial platforms. So it turns out the outdated Passive Protection Systems (PPS) like the Shtora-1 so common in the late Soviet/Russian/Ukranian like the T-90A are state of the art now.

⚡️🇺🇦🇷🇺There is now confirmation of the first attempts to blind Russian FPV drones by installing small IR spotlights on Ukrainian drones, producing a bright, directional beam aimed at the incoming drone’s camera. In one case, a Ukrainian UGV tried to blind an approaching Russian FPV drone but failed. The second example was more successful a “Baba Yaga” drone was able to confuse the operator of an anti-drone interceptor that was attempting to shoot it down. For now, this cannot be called widespread, but in the future such a blinding system may become an effective method of countering FPV drones, especially fiber-optic-guided ones, which cannot be jammed by electronic warfare at all. And, as can be seen, the system can be installed on both ground and aerial platforms. So it turns out the outdated Passive Protection Systems (PPS) like the Shtora-1 so common in the late Soviet/Russian/Ukranian like the T-90A are state of the art now.

SIMPLICIUS Ѱ

46,911 просмотров • 7 месяцев назад

Combat operations of the unmanned systems unit of the "North" troop grouping on the Sumy direction During one of the combat sorties, the scouts of the ZALA complex detected a Ukrainian Armed Forces vehicle carrying out personnel rotation and ammunition supply. The target coordinates were immediately transmitted to the strike team, which destroyed the moving object with a precise hit of a barraging "Lancet" munition. The more logistics assets we destroy, the less opportunities the enemy has to conduct reconnaissance in the near air zone. Mavics, FPV drones simply don't make it to the frontline - from food to "birds", they have nothing to work with. As a result, they can't inflict fire damage on our units. - said the head of the unmanned systems unit with the call sign "Poliana" about the combat operations.

Combat operations of the unmanned systems unit of the "North" troop grouping on the Sumy direction During one of the combat sorties, the scouts of the ZALA complex detected a Ukrainian Armed Forces vehicle carrying out personnel rotation and ammunition supply. The target coordinates were immediately transmitted to the strike team, which destroyed the moving object with a precise hit of a barraging "Lancet" munition. The more logistics assets we destroy, the less opportunities the enemy has to conduct reconnaissance in the near air zone. Mavics, FPV drones simply don't make it to the frontline - from food to "birds", they have nothing to work with. As a result, they can't inflict fire damage on our units. - said the head of the unmanned systems unit with the call sign "Poliana" about the combat operations.

🇷🇺 Yuri Podolyaka

25,678 просмотров • 3 месяцев назад

🇷🇺🇺🇦 Russia Deploys AI-Guided Geran Drones That Hunt Down Ukrainian Air Defense Teams Russia is now fielding upgraded Geran drones equipped with artificial intelligence and machine vision, capable of identifying and targeting Ukrainian mobile air defense units. According to Ukrainian political analyst Yuriy Romanenko—citing a soldier from a frontline unit that intercepts drones—these AI-driven drones operate with a new tactical role. They enter contested airspace first, flying in search patterns to draw fire and detect Ukrainian positions. Once enemy anti-air teams open fire, the drone pinpoints their location and dives in to destroy them.

🇷🇺🇺🇦 Russia Deploys AI-Guided Geran Drones That Hunt Down Ukrainian Air Defense Teams Russia is now fielding upgraded Geran drones equipped with artificial intelligence and machine vision, capable of identifying and targeting Ukrainian mobile air defense units. According to Ukrainian political analyst Yuriy Romanenko—citing a soldier from a frontline unit that intercepts drones—these AI-driven drones operate with a new tactical role. They enter contested airspace first, flying in search patterns to draw fire and detect Ukrainian positions. Once enemy anti-air teams open fire, the drone pinpoints their location and dives in to destroy them.

DD Geopolitics

17,754 просмотров • 1 год назад