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China develops a new system to counter drones using smoke screens deployed by UAVs. China is working on a defensive system that releases multi‑spectrum smoke curtains via drones to conceal troops and equipment while disrupting the optical reconnaissance systems of enemy UAVs.

China pulse 🇨🇳

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13,836 views • 3 months ago •via X (Twitter)

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WATCH: Footage appears to show an active protection system against interceptor drones installed on the Russian “Knyaz Oleg Veshchi” reconnaissance UAV. There is currently no publicly available information on the exact countermeasure system. One possible interpretation is that it uses additional cameras and machine vision to detect approaching FPV interceptor drones. According to this interpretation, when an enemy drone approaches, the system could either alert the operator or automatically trigger the deployment of threads intended to entangle the interceptor’s propellers. Russia has previously demonstrated other countermeasures for UAVs, including systems intended to disrupt the video links of interceptor drones on Geran-2 strike UAVs, automatic evasive systems using onboard cameras on ZALA UAVs, and video-signal detection systems reportedly installed on the SKAT-350M. The exact functionality of the system seen on the “Knyaz Oleg Veshchi” remains unconfirmed. #Russia #UAV #DroneWarfare #CounterUAS #CounterDrone #FPV #InterceptorDrone #ElectronicWarfare #Reconnaissance #MilitaryTechnology #DefenseTechnology #UnmannedSystems

WATCH: Footage appears to show an active protection system against interceptor drones installed on the Russian “Knyaz Oleg Veshchi” reconnaissance UAV. There is currently no publicly available information on the exact countermeasure system. One possible interpretation is that it uses additional cameras and machine vision to detect approaching FPV interceptor drones. According to this interpretation, when an enemy drone approaches, the system could either alert the operator or automatically trigger the deployment of threads intended to entangle the interceptor’s propellers. Russia has previously demonstrated other countermeasures for UAVs, including systems intended to disrupt the video links of interceptor drones on Geran-2 strike UAVs, automatic evasive systems using onboard cameras on ZALA UAVs, and video-signal detection systems reportedly installed on the SKAT-350M. The exact functionality of the system seen on the “Knyaz Oleg Veshchi” remains unconfirmed. #Russia #UAV #DroneWarfare #CounterUAS #CounterDrone #FPV #InterceptorDrone #ElectronicWarfare #Reconnaissance #MilitaryTechnology #DefenseTechnology #UnmannedSystems

Drone Wars

11,743 views • 20 days ago

In Germany, after more than four years of war in Europe and daily Russian spy drones, the current debate is about who is responsible for countering drones: the police, the army, gardeners, caretakers, or no one. Meanwhile in China: China has developed a new acoustic-optical system for countering UAVs. The Chinese company Beijing Ribri Technology has unveiled an integrated drone defense system. The system operates using a multi-stage algorithm: acoustic sensors detect the sound of an approaching drone, artificial intelligence recognizes and identifies the target, and thermal imaging cameras and laser rangefinders determine the precise coordinates and lock onto the object for continued tracking. Once the object is acquired, the system initiates targeted jamming, causing the drone to lose control and either make a forced landing or crash to the ground.

In Germany, after more than four years of war in Europe and daily Russian spy drones, the current debate is about who is responsible for countering drones: the police, the army, gardeners, caretakers, or no one. Meanwhile in China: China has developed a new acoustic-optical system for countering UAVs. The Chinese company Beijing Ribri Technology has unveiled an integrated drone defense system. The system operates using a multi-stage algorithm: acoustic sensors detect the sound of an approaching drone, artificial intelligence recognizes and identifies the target, and thermal imaging cameras and laser rangefinders determine the precise coordinates and lock onto the object for continued tracking. Once the object is acquired, the system initiates targeted jamming, causing the drone to lose control and either make a forced landing or crash to the ground.

Jürgen Nauditt 🇩🇪🇺🇦

45,624 views • 1 month ago

STING destroyed six enemy drones, including reconnaissance UAVs and loitering munitions 💥 The crew of the 57th Motorized Infantry Brigade shot down two Kub-BLA drones, two ZALAs, a BM-35, and a Supercam. Enemy reconnaissance and preparations for strikes on our positions were disrupted.

STING destroyed six enemy drones, including reconnaissance UAVs and loitering munitions 💥 The crew of the 57th Motorized Infantry Brigade shot down two Kub-BLA drones, two ZALAs, a BM-35, and a Supercam. Enemy reconnaissance and preparations for strikes on our positions were disrupted.

Wild Hornets

54,587 views • 5 months ago

The "drone war" era is coming to an end before it even begins: China has developed a new system for combating UAVs. Acoustic sensors detect UAVs, AI identifies the target, and thermal imagers and laser rangefinders determine its location. After that,

The "drone war" era is coming to an end before it even begins: China has developed a new system for combating UAVs. Acoustic sensors detect UAVs, AI identifies the target, and thermal imagers and laser rangefinders determine its location. After that,

Vijesti

47,448 views • 1 month ago

China is pushing unmanned warfare into a new era. The “Huanyu” UAV payload system showcases multi-round launch configurations designed to be integrated with unmanned platforms. The system highlights rapid deployment, modular configurations and multi-scenario adaptability — another example of how drones are evolving from simple surveillance platforms into increasingly sophisticated unmanned combat systems.

China is pushing unmanned warfare into a new era. The “Huanyu” UAV payload system showcases multi-round launch configurations designed to be integrated with unmanned platforms. The system highlights rapid deployment, modular configurations and multi-scenario adaptability — another example of how drones are evolving from simple surveillance platforms into increasingly sophisticated unmanned combat systems.

China pulse 🇨🇳

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Wild Hornets anti-air drones take down enemy UAVs 💥 Operators from the “Posipaka” 39th Anti-Aircraft Artillery Regiment upgraded their equipment by mounting a rifle, turning our systems into multi-purpose weapons. Thank you for your hard work and the spectacular footage!

Wild Hornets anti-air drones take down enemy UAVs 💥 Operators from the “Posipaka” 39th Anti-Aircraft Artillery Regiment upgraded their equipment by mounting a rifle, turning our systems into multi-purpose weapons. Thank you for your hard work and the spectacular footage!

Wild Hornets

13,951 views • 4 months ago

1⃣/ Unmanned Aerial Systems (Drones) Chinese drones were the stars of the show, delivering a stunning performance that covered multiple missions, from tactical reconnaissance to strategic strikes. China is one of the global pioneers in drone technology, with its massive production and exports.

1⃣/ Unmanned Aerial Systems (Drones) Chinese drones were the stars of the show, delivering a stunning performance that covered multiple missions, from tactical reconnaissance to strategic strikes. China is one of the global pioneers in drone technology, with its massive production and exports.

RussiaNews 🇷🇺

221,704 views • 1 year ago

In South Korea, they demonstrated how they plan to defend against a swarm of drones. During the exercises on the country's west coast, 50 drones simulated a low-altitude attack by a swarm. Eight Vulcan anti-aircraft installations destroyed 44 drones with concentrated defensive fire. The remaining six were shot down using a portable laser system and shotguns.

In South Korea, they demonstrated how they plan to defend against a swarm of drones. During the exercises on the country's west coast, 50 drones simulated a low-altitude attack by a swarm. Eight Vulcan anti-aircraft installations destroyed 44 drones with concentrated defensive fire. The remaining six were shot down using a portable laser system and shotguns.

𝕊𝕡𝕣𝕚𝕟𝕥𝕖𝕣 𝕻𝕣𝕖𝕤𝕤

39,436 views • 2 months ago

Beretta Defense Technologies LIVIT Drone Guardian. The Beretta LIVET (Light Vehicular Turret) is an automated weapon station developed by Beretta Defense Technologies (BDT) and DUALEE. Designed specifically to counter fast-moving unmanned aerial vehicles (UAVs) and FPV drones, the system mounts eight 12-gauge Benelli M4 "Drone Guardian" shotguns into a single remote-controlled turret.

Beretta Defense Technologies LIVIT Drone Guardian. The Beretta LIVET (Light Vehicular Turret) is an automated weapon station developed by Beretta Defense Technologies (BDT) and DUALEE. Designed specifically to counter fast-moving unmanned aerial vehicles (UAVs) and FPV drones, the system mounts eight 12-gauge Benelli M4 "Drone Guardian" shotguns into a single remote-controlled turret.

𝔗𝔥𝔢 𝕯𝔢𝔞𝔡 𝕯𝔦𝔰𝔱𝔯𝔦𝔠𝔱△ 🇬🇪🇺🇦🇺🇲🇬🇷

11,382 views • 2 months ago

Russian simulator that recreates the shaking and movement of a vehicle to train soldiers to counter kamikaze drones while on the move.

Russian simulator that recreates the shaking and movement of a vehicle to train soldiers to counter kamikaze drones while on the move.

Special Kherson Cat 🐈🇺🇦

51,088 views • 15 days ago

China has flight-tested a 60-kilowatt hybrid propulsion system designed for small battlefield drones. The system lets drones generate electricity from fuel in flight, then switch to silent electric mode when the mission demands it. The result: longer range, lower noise, and a reduced heat signature. That dual-mode capability matters most precisely where stealth and endurance have to be traded against each other. It fits a larger pattern. China has simultaneously tested 3D-printed jet engines for low-cost disposable drones, deployed AI-driven swarm systems, and integrated long-range maritime strike missiles with drone-based targeting. Converted J-6 jets are now stationed near the Taiwan Strait. China is not building a drone force. It is building a fully integrated unmanned combat ecosystem, from cheap expendables by the thousands to stealth platforms capable of guiding anti-ship ballistic missiles deep into the western Pacific. The hybrid engine is not a curiosity. It is the logic behind everything else. Gandalv / Gandalv

China has flight-tested a 60-kilowatt hybrid propulsion system designed for small battlefield drones. The system lets drones generate electricity from fuel in flight, then switch to silent electric mode when the mission demands it. The result: longer range, lower noise, and a reduced heat signature. That dual-mode capability matters most precisely where stealth and endurance have to be traded against each other. It fits a larger pattern. China has simultaneously tested 3D-printed jet engines for low-cost disposable drones, deployed AI-driven swarm systems, and integrated long-range maritime strike missiles with drone-based targeting. Converted J-6 jets are now stationed near the Taiwan Strait. China is not building a drone force. It is building a fully integrated unmanned combat ecosystem, from cheap expendables by the thousands to stealth platforms capable of guiding anti-ship ballistic missiles deep into the western Pacific. The hybrid engine is not a curiosity. It is the logic behind everything else. Gandalv / Gandalv

Gandalv

16,051 views • 5 months ago

A MENU of total ANNIHILATION ! Ukraines loss of MUNITIONS, ARMOUR and ENERGY is actually increasing while the front lines are constantly moving against them. AFU's logistics is on fire 🔥 The Geran-4 Seeker drones hit the enemy's heavy trucks parking areas in Odessa and Dnepropetrovsk regions. The enemy used the destroyed trucks to transport UAVs and their components, and used tanker trucks to store and transport fuel. 🔹 Russian Defence Ministry Hitting logistics in rear 💥 Drones hit the railroad trains used by the enemy to deliver military cargo, including foreign‑made UAVs. 📍 Vishnevoye, Dnepropetrovsk region 🔹 Russian Defence Ministry Bridges hit in Kramatorsk 💥 The pilots of the Russian Aerospace Forces hit the bridge with 1.5-ton high-explosive bombs in Kramatorsk. 🔹 Russian Defence Ministry 👊 Tsentr Group tears off enemy's wings The Tsentr Group's interceptor drones rammed the enemy UAVs in Dobropolye direction. 🔹Russian Defence Ministry

A MENU of total ANNIHILATION ! Ukraines loss of MUNITIONS, ARMOUR and ENERGY is actually increasing while the front lines are constantly moving against them. AFU's logistics is on fire 🔥 The Geran-4 Seeker drones hit the enemy's heavy trucks parking areas in Odessa and Dnepropetrovsk regions. The enemy used the destroyed trucks to transport UAVs and their components, and used tanker trucks to store and transport fuel. 🔹 Russian Defence Ministry Hitting logistics in rear 💥 Drones hit the railroad trains used by the enemy to deliver military cargo, including foreign‑made UAVs. 📍 Vishnevoye, Dnepropetrovsk region 🔹 Russian Defence Ministry Bridges hit in Kramatorsk 💥 The pilots of the Russian Aerospace Forces hit the bridge with 1.5-ton high-explosive bombs in Kramatorsk. 🔹 Russian Defence Ministry 👊 Tsentr Group tears off enemy's wings The Tsentr Group's interceptor drones rammed the enemy UAVs in Dobropolye direction. 🔹Russian Defence Ministry

𝐃𝐚𝐯𝐢𝐝 𝐙 🇷🇺 🇷🇸🇮🇪

17,920 views • 13 days ago

❕ Kiev is shrouded in smoke, with residents of the Ukrainian capital witnessing a truly apocalyptic scene. Preliminary reports indicate that the overnight missile and drone strike targeted the following locations in Kiev: ✔ Vasylkiv Airfield — reportedly hit by Iskander tactical ballistic missiles and Geran-2 kamikaze drones; ✔ Zhulyany Airport — a Patriot air defense system was allegedly destroyed on site; ✔ Railway infrastructure — Ukrainian Railways has confirmed damage; ✔ The attack involved over 100 UAVs, up to 7 Iskander-M ballistic missiles, 4 Iskander-K cruise missiles, and 2 Kinzhal hypersonic missiles. - UARU

❕ Kiev is shrouded in smoke, with residents of the Ukrainian capital witnessing a truly apocalyptic scene. Preliminary reports indicate that the overnight missile and drone strike targeted the following locations in Kiev: ✔ Vasylkiv Airfield — reportedly hit by Iskander tactical ballistic missiles and Geran-2 kamikaze drones; ✔ Zhulyany Airport — a Patriot air defense system was allegedly destroyed on site; ✔ Railway infrastructure — Ukrainian Railways has confirmed damage; ✔ The attack involved over 100 UAVs, up to 7 Iskander-M ballistic missiles, 4 Iskander-K cruise missiles, and 2 Kinzhal hypersonic missiles. - UARU

Zlatti71

268,616 views • 1 year ago

The competition between strike systems and air defense/interceptor systems continues to evolve on both sides. In response to Russia’s growing use of jet-powered Geran-4 loitering munitions and Geran-5/Banderol cruise missiles, Ukraine has begun developing jet-powered interceptor drones. The aim is to address a class of faster aerial threats that can be difficult for conventional propeller-driven interceptors to engage. Ukraine has also used Bars jet-powered drones in at least one strike campaign against Moscow. Their numbers are still believed to be limited, with propeller-driven drones making up the majority of Ukraine’s long-range strike fleet. This highlights a broader issue for Russia: the need to develop and deploy compact interceptor drones before faster targets become more widespread. The challenge is not simply intercepting them, but doing so economically. Traditional air-defense systems and MANPADS can engage such targets, but using them against relatively inexpensive strike drones can be difficult to justify economically. One potentially relevant example comes from Iran. Several years ago, Iran developed and deployed the 358 missile, a specialized system intended to engage UAVs. It is a subsonic weapon with a reported speed of around 700 km/h, an infrared seeker, and a turbojet engine, with a claimed engagement range of up to 100 km. Its design reflects a different approach to countering relatively slow aerial targets, without relying on the speed and cost associated with conventional high-performance surface-to-air missiles. The missile has demonstrated its effectiveness, having shot down a number of U.S. and Israeli UAVs. This is not necessarily an argument for simply copying the 358. The more important point is anticipating what types of drones may be heading toward Russian cities in the future and developing an interceptor that is capable of engaging them while remaining cheaper than the strike systems it is designed to counter.

The competition between strike systems and air defense/interceptor systems continues to evolve on both sides. In response to Russia’s growing use of jet-powered Geran-4 loitering munitions and Geran-5/Banderol cruise missiles, Ukraine has begun developing jet-powered interceptor drones. The aim is to address a class of faster aerial threats that can be difficult for conventional propeller-driven interceptors to engage. Ukraine has also used Bars jet-powered drones in at least one strike campaign against Moscow. Their numbers are still believed to be limited, with propeller-driven drones making up the majority of Ukraine’s long-range strike fleet. This highlights a broader issue for Russia: the need to develop and deploy compact interceptor drones before faster targets become more widespread. The challenge is not simply intercepting them, but doing so economically. Traditional air-defense systems and MANPADS can engage such targets, but using them against relatively inexpensive strike drones can be difficult to justify economically. One potentially relevant example comes from Iran. Several years ago, Iran developed and deployed the 358 missile, a specialized system intended to engage UAVs. It is a subsonic weapon with a reported speed of around 700 km/h, an infrared seeker, and a turbojet engine, with a claimed engagement range of up to 100 km. Its design reflects a different approach to countering relatively slow aerial targets, without relying on the speed and cost associated with conventional high-performance surface-to-air missiles. The missile has demonstrated its effectiveness, having shot down a number of U.S. and Israeli UAVs. This is not necessarily an argument for simply copying the 358. The more important point is anticipating what types of drones may be heading toward Russian cities in the future and developing an interceptor that is capable of engaging them while remaining cheaper than the strike systems it is designed to counter.

OSINTWarfare

39,591 views • 17 days ago