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FPV Drone Detection 🇵🇹 Silent Mesh (Silent Mesh ), Lisbon based company founded by Paulo Fonseca (Paulo Fonseca) builds acoustic sensors to detect fiber-optic FPV drones. "We build and deploy a dense mesh of fiber-connected acoustic sensors spread across dozens of kilometers of frontline perimeter, constantly listening, detecting, tracking,... show more

Counter Unmanned Systems

7,875 subscribers

10,496 Aufrufe • vor 10 Tagen •via X (Twitter)

Anya Rossi• Live Now

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5 Kommentare

Profilbild von Chuck Petras

Chuck Petrasvor 10 Tagen

@SilentMesh_ @paulofonseca @GrandpaRoy2

Profilbild von SteelFalcon

SteelFalconvor 10 Tagen

@SilentMesh_ @paulofonseca Acoustic mesh is a solid layer for perimeter work especially against fiber-optic links where RF sniffers go blind.

Profilbild von Syncognia AI

Syncognia AIvor 10 Tagen

@SilentMesh_ @paulofonseca This makes sense. Unlikely all deployment strategies but for this one it would appear that a uav launched inside the mesh would go unnoticed depending on the range to the sensors. Thinking of a tunnel or submarine to air type strat (edge case lol)

Profilbild von SkySpectra

SkySpectravor 10 Tagen

@SilentMesh_ @paulofonseca Acoustic arrays bypass radio jamming entirely, which makes them a smart layer for perimeter warning when RF is saturated. But acoustic detection gives you a bearing, not a precise grid coordinate closing that loop requires a visual sensor to pick up the track once the cue drops.

Profilbild von Mark

Markvor 10 Tagen

@SilentMesh_ @paulofonseca @grok где штаб квартиры этой компании?

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⚡️❗️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 press. Importantly, the technology is capable of countering fiber-optic drones, which are immune to electronic warfare systems. The K-2 Brigade became the first to deploy the turret in combat conditions. The system is now reportedly in use across more than 10 Ukrainian units on key frontline sectors. 🎥 The video shows real combat footage of the turret engaging enemy drones.

⚡️❗️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 press. Importantly, the technology is capable of countering fiber-optic drones, which are immune to electronic warfare systems. The K-2 Brigade became the first to deploy the turret in combat conditions. The system is now reportedly in use across more than 10 Ukrainian units on key frontline sectors. 🎥 The video shows real combat footage of the turret engaging enemy drones.

Special Kherson Cat 🐈🇺🇦

49,065 Aufrufe • vor 4 Monaten

U.S. company Mara has presented its Spike counter-drone system, designed to defend against FPV drones. The system consists of two main components: the Spotter detection module, which uses visual and acoustic sensors to identify incoming drones, and the Seeker interceptor UAV. The Seeker reportedly has a maximum speed of up to 200 km/h (124 mph) and an operational range of approximately 1.5 km (0.9 miles). Mara estimates the complete Spike system will cost between $30,000 and $100,000, depending on the number of Seeker interceptors included. A single system can reportedly accommodate up to 48 interceptors. The company says the interceptor itself is intended to cost approximately the same as its target, or up to twice as much. A stationary version of Spike is planned for late 2026, while vehicle-mounted and portable versions using manual launch are expected in 2027. The system reportedly underwent testing in Ukraine in July 2026. #USA #Mara #Spike #CounterUAS #CounterDrone #FPV #Drones #DroneWarfare #Interceptor #MilitaryTechnology #Defense

U.S. company Mara has presented its Spike counter-drone system, designed to defend against FPV drones. The system consists of two main components: the Spotter detection module, which uses visual and acoustic sensors to identify incoming drones, and the Seeker interceptor UAV. The Seeker reportedly has a maximum speed of up to 200 km/h (124 mph) and an operational range of approximately 1.5 km (0.9 miles). Mara estimates the complete Spike system will cost between $30,000 and $100,000, depending on the number of Seeker interceptors included. A single system can reportedly accommodate up to 48 interceptors. The company says the interceptor itself is intended to cost approximately the same as its target, or up to twice as much. A stationary version of Spike is planned for late 2026, while vehicle-mounted and portable versions using manual launch are expected in 2027. The system reportedly underwent testing in Ukraine in July 2026. #USA #Mara #Spike #CounterUAS #CounterDrone #FPV #Drones #DroneWarfare #Interceptor #MilitaryTechnology #Defense

Drone Wars

26,863 Aufrufe • vor 23 Tagen

What if an ESP32-S3 could hear a drone before you could see it? Agam Rossen's VolAnti is an open-source acoustic drone detector built around an ESP32-S3, four MEMS microphones, e-paper display and LoRa radio. It analyzes the harmonic signature of spinning propellers instead of looking for radio signals, making it interesting for detecting fibre-optic FPV drones that can leave the radio spectrum silent. The concept could be useful for perimeter monitoring, wildlife & environmental monitoring, industrial site awareness, event security, search and rescue operations and early-warning sensor networks, especially where visual detection or conventional radio-based detection is difficult. The creator reports 104 m measured detection, 0.23 s alert latency in its fastest detector, and roughly 18–22 hours of battery life. What I really like is how much signal processing, embedded hardware and wireless communication has been packed into a small device. Would you build an acoustic sensor like this?

What if an ESP32-S3 could hear a drone before you could see it? Agam Rossen's VolAnti is an open-source acoustic drone detector built around an ESP32-S3, four MEMS microphones, e-paper display and LoRa radio. It analyzes the harmonic signature of spinning propellers instead of looking for radio signals, making it interesting for detecting fibre-optic FPV drones that can leave the radio spectrum silent. The concept could be useful for perimeter monitoring, wildlife & environmental monitoring, industrial site awareness, event security, search and rescue operations and early-warning sensor networks, especially where visual detection or conventional radio-based detection is difficult. The creator reports 104 m measured detection, 0.23 s alert latency in its fastest detector, and roughly 18–22 hours of battery life. What I really like is how much signal processing, embedded hardware and wireless communication has been packed into a small device. Would you build an acoustic sensor like this?

Praveen Kumar Verma

89,740 Aufrufe • vor 9 Tagen

⚡️🇺🇦🇷🇺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 Aufrufe • vor 9 Monaten

‼️‼️🇺🇲 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 Aufrufe • vor 8 Monaten

Hezbollah’s fiber-optic FPV drones, which cost under $500, are disabling Israeli Merkava tanks worth $5 to 7 million. The IOF does not have a single weapon in their arsenal that can detect these new drones, which are completely immune to traditional electronic jamming devices. VPol journalist Calla Walsh (Calla) explains. ￭ Rather than a radio link, the fiber-optic drones are physically tethered to their operator by an ultra-thin fiber-optic cable that stretches for up to 60km, transmitting video and data back to the pilot. ￭ The Israeli occupation has been shocked by the introduction of these drones into the battlefield, and there is no indication the IOF had any foresight or intel on Hezbollah’s supply chain. ￭ These drones were first deployed by Russia and Ukraine, but there’s no sign of direct Russian involvement, nor is there any need for it. Rather, Hezbollah is closely studying other warzones to innovate and adapt for their own battle against Israeli occupation, and information on fiber-optic FPVs is open-source. ￭ Israeli media describes it as “a technological arms race, and although Israel is at the forefront of interception technology, there is currently no complete solution to the threat… the battlefield in Lebanon proves that sometimes a single thin thread can threaten even the most heavily armored technological systems… Israel possesses Arrow missiles and F-35 Lightning II aircraft, but it has failed to deal with cheap explosive drones in southern Lebanon.”

Hezbollah’s fiber-optic FPV drones, which cost under $500, are disabling Israeli Merkava tanks worth $5 to 7 million. The IOF does not have a single weapon in their arsenal that can detect these new drones, which are completely immune to traditional electronic jamming devices. VPol journalist Calla Walsh (Calla) explains. ￭ Rather than a radio link, the fiber-optic drones are physically tethered to their operator by an ultra-thin fiber-optic cable that stretches for up to 60km, transmitting video and data back to the pilot. ￭ The Israeli occupation has been shocked by the introduction of these drones into the battlefield, and there is no indication the IOF had any foresight or intel on Hezbollah’s supply chain. ￭ These drones were first deployed by Russia and Ukraine, but there’s no sign of direct Russian involvement, nor is there any need for it. Rather, Hezbollah is closely studying other warzones to innovate and adapt for their own battle against Israeli occupation, and information on fiber-optic FPVs is open-source. ￭ Israeli media describes it as “a technological arms race, and although Israel is at the forefront of interception technology, there is currently no complete solution to the threat… the battlefield in Lebanon proves that sometimes a single thin thread can threaten even the most heavily armored technological systems… Israel possesses Arrow missiles and F-35 Lightning II aircraft, but it has failed to deal with cheap explosive drones in southern Lebanon.”

VPol

53,018 Aufrufe • vor 4 Monaten

INTERESTING: Ukraine developed the Droid TW-7.62, an unmanned ground combat robot. It’s a tracked, washing-machine-sized vehicle armed with a 7.62mm machine gun (commonly an FN MAG or compatible variant), designed for reconnaissance, strike missions, and now anti-drone warfare. It can carry up to ~1,000 rounds, engage targets at distances of around 1 km, and uses AI for automatic target detection, tracking, and engagement — including against small FPV drones. It is remotely operated with semi-autonomous functions to reduce risk to soldiers. In 2026, it reportedly: Shot down Russian FPV drones. Captured enemy soldiers without direct human involvement. Conducted frontline ambush operations.

INTERESTING: Ukraine developed the Droid TW-7.62, an unmanned ground combat robot. It’s a tracked, washing-machine-sized vehicle armed with a 7.62mm machine gun (commonly an FN MAG or compatible variant), designed for reconnaissance, strike missions, and now anti-drone warfare. It can carry up to ~1,000 rounds, engage targets at distances of around 1 km, and uses AI for automatic target detection, tracking, and engagement — including against small FPV drones. It is remotely operated with semi-autonomous functions to reduce risk to soldiers. In 2026, it reportedly: Shot down Russian FPV drones. Captured enemy soldiers without direct human involvement. Conducted frontline ambush operations.

Clash Report

41,608 Aufrufe • vor 6 Monaten

🚨🇷🇺 WESTERN DRONES' NIGHTMARE: UPGRADED RUSSIAN LASER WEAPON Russia is rapidly upgrading its new combat laser called LazerBuzz. The system keeps getting stronger and is now in serious testing. Soon it could be sent to the front lines to take on Ukrainian FPV drones in real combat. 🔸 LazerBuzz can now hit and destroy small FPV drones at 1.5 km, burning through their batteries and parts in less than 0.5 seconds – a big jump from the earlier 700 meters. 🔸 It recently got its own compact radar for better drone detection, with acoustic sensors being added next for even earlier warnings. 🔸 The powerful beam blinds drone cameras from several kilometers away and physically destroys them when they get closer. 🔸 Unlike expensive missiles or bullets, it only needs electricity and no costly ammunition, making it much cheaper against waves of cheap Western-supplied drones. 🔸 Right now it’s stationary for testing, but a mobile version on a vehicle chassis is already planned so Russian air defense teams can move it quickly to any hot spot. Do you think NATO can counter this Russian technology? NewRulesGeopolitics❗

🚨🇷🇺 WESTERN DRONES' NIGHTMARE: UPGRADED RUSSIAN LASER WEAPON Russia is rapidly upgrading its new combat laser called LazerBuzz. The system keeps getting stronger and is now in serious testing. Soon it could be sent to the front lines to take on Ukrainian FPV drones in real combat. 🔸 LazerBuzz can now hit and destroy small FPV drones at 1.5 km, burning through their batteries and parts in less than 0.5 seconds – a big jump from the earlier 700 meters. 🔸 It recently got its own compact radar for better drone detection, with acoustic sensors being added next for even earlier warnings. 🔸 The powerful beam blinds drone cameras from several kilometers away and physically destroys them when they get closer. 🔸 Unlike expensive missiles or bullets, it only needs electricity and no costly ammunition, making it much cheaper against waves of cheap Western-supplied drones. 🔸 Right now it’s stationary for testing, but a mobile version on a vehicle chassis is already planned so Russian air defense teams can move it quickly to any hot spot. Do you think NATO can counter this Russian technology? NewRulesGeopolitics❗

𝐃𝐚𝐯𝐢𝐝 𝐙 🇷🇺🇮🇪

13,461 Aufrufe • vor 5 Monaten

🚨🇷🇺 WESTERN DRONES' NIGHTMARE: UPGRADED RUSSIAN LASER WEAPON Russia is rapidly upgrading its new combat laser called LazerBuzz. The system keeps getting stronger and is now in serious testing. Soon it could be sent to the front lines to take on Ukrainian FPV drones in real combat. 🔸 LazerBuzz can now hit and destroy small FPV drones at 1.5 km, burning through their batteries and parts in less than 0.5 seconds – a big jump from the earlier 700 meters. 🔸 It recently got its own compact radar for better drone detection, with acoustic sensors being added next for even earlier warnings. 🔸 The powerful beam blinds drone cameras from several kilometers away and physically destroys them when they get closer. 🔸 Unlike expensive missiles or bullets, it only needs electricity and no costly ammunition, making it much cheaper against waves of cheap Western-supplied drones. 🔸 Right now it’s stationary for testing, but a mobile version on a vehicle chassis is already planned so Russian air defense teams can move it quickly to any hot spot. Do you think NATO can counter this Russian technology?

🚨🇷🇺 WESTERN DRONES' NIGHTMARE: UPGRADED RUSSIAN LASER WEAPON Russia is rapidly upgrading its new combat laser called LazerBuzz. The system keeps getting stronger and is now in serious testing. Soon it could be sent to the front lines to take on Ukrainian FPV drones in real combat. 🔸 LazerBuzz can now hit and destroy small FPV drones at 1.5 km, burning through their batteries and parts in less than 0.5 seconds – a big jump from the earlier 700 meters. 🔸 It recently got its own compact radar for better drone detection, with acoustic sensors being added next for even earlier warnings. 🔸 The powerful beam blinds drone cameras from several kilometers away and physically destroys them when they get closer. 🔸 Unlike expensive missiles or bullets, it only needs electricity and no costly ammunition, making it much cheaper against waves of cheap Western-supplied drones. 🔸 Right now it’s stationary for testing, but a mobile version on a vehicle chassis is already planned so Russian air defense teams can move it quickly to any hot spot. Do you think NATO can counter this Russian technology?

NewRulesGeopolitics

51,605 Aufrufe • vor 5 Monaten

🚨 HEZBOLLAH DEPLOYS NEW “UNSTOPPABLE” DRONE A new battlefield threat is emerging in southern Lebanon: fiber-optic attack drones. Unlike traditional UAVs, these drones are physically tethered to their operator by a cable — meaning: • No signal • No jamming • No electronic detection The result: a near-invisible, precision-guided weapon. In a recent attack, one of these drones killed 19-year-old Sgt. Idan Fooks and injured several others. Hezbollah then followed up by targeting the rescue helicopter. Israel’s usual advantage — electronic warfare — is largely useless here. No signal = nothing to jam. These drones can operate up to 15 km away, giving operators real-time, high-resolution targeting while staying safely hidden.

🚨 HEZBOLLAH DEPLOYS NEW “UNSTOPPABLE” DRONE A new battlefield threat is emerging in southern Lebanon: fiber-optic attack drones. Unlike traditional UAVs, these drones are physically tethered to their operator by a cable — meaning: • No signal • No jamming • No electronic detection The result: a near-invisible, precision-guided weapon. In a recent attack, one of these drones killed 19-year-old Sgt. Idan Fooks and injured several others. Hezbollah then followed up by targeting the rescue helicopter. Israel’s usual advantage — electronic warfare — is largely useless here. No signal = nothing to jam. These drones can operate up to 15 km away, giving operators real-time, high-resolution targeting while staying safely hidden.

Mossad Commentary

123,008 Aufrufe • vor 4 Monaten

A month ago, you helped our workshop acquire the technology to manufacture fiber-optic spools for FPV drones. Today, the machine is up and running. The first samples have already been delivered to our friends in the Black Arrow drone unit of the 5th Mechanized Brigade, where they are now being tested in real conditions. This is just the beginning. We are now preparing to produce the first full production batch for delivery and extended field testing. To make this happen, we need $3,000 to cover materials and production costs. If you would like to support the development of this capability and help us scale production. PayPal:marshaln111@gmail.com

A month ago, you helped our workshop acquire the technology to manufacture fiber-optic spools for FPV drones. Today, the machine is up and running. The first samples have already been delivered to our friends in the Black Arrow drone unit of the 5th Mechanized Brigade, where they are now being tested in real conditions. This is just the beginning. We are now preparing to produce the first full production batch for delivery and extended field testing. To make this happen, we need $3,000 to cover materials and production costs. If you would like to support the development of this capability and help us scale production. PayPal:[email protected]

Special Kherson Cat 🐈🇺🇦

125,600 Aufrufe • vor 6 Monaten

🇺🇸🇮🇷 Somewhere over the Strait of Hormuz, a drone trailing a fiber optic cable hunted down a U.S. combat helicopter and won. Malcolm Nance, former U.S. Navy intelligence officer, walks through why that single detail should terrify the Pentagon. Fiber optic guidance means no signal to jam, no countermeasure to deploy, and no warning before impact. Electronic warfare, the entire shield American aviation relies on, becomes useless against a weapon that never broadcasts. "You don't have mid-air collisions with FPV drones in the middle of the Strait of Hormuz, and it's not intentional." The cover stories about accidents fall apart fast when you know what actually flies out there. Iran cracked open a dimension of warfare the U.S. has no answer for yet, and every military on the planet just watched it happen. Malcolm Nance

🇺🇸🇮🇷 Somewhere over the Strait of Hormuz, a drone trailing a fiber optic cable hunted down a U.S. combat helicopter and won. Malcolm Nance, former U.S. Navy intelligence officer, walks through why that single detail should terrify the Pentagon. Fiber optic guidance means no signal to jam, no countermeasure to deploy, and no warning before impact. Electronic warfare, the entire shield American aviation relies on, becomes useless against a weapon that never broadcasts. "You don't have mid-air collisions with FPV drones in the middle of the Strait of Hormuz, and it's not intentional." The cover stories about accidents fall apart fast when you know what actually flies out there. Iran cracked open a dimension of warfare the U.S. has no answer for yet, and every military on the planet just watched it happen. Malcolm Nance

Mario Nawfal

67,641 Aufrufe • vor 3 Monaten

#WATCH | Nagpur, Maharashtra: Solar Defence and Aerospace Ltd. (SDAL) demonstrated "Bhargavastra", an indigenous, vehicle-mounted, multi-layered Counter-Swarm Drone System designed to provide affordable and highly effective protection against the rapidly growing threat of weaponised drones, loitering munitions and autonomous drone swarms. Developed entirely in India, Bhargavastra represents a major technological breakthrough in counter-drone warfare and reflects SDAL's vision of anticipating the future character of conflict well before drones emerged as one of the most decisive battlefield weapons. The system employs indigenously designed and developed unguided rockets and precision micro-missiles arranged in a multi-layer engagement architecture, providing a highly effective yet economical means of neutralising hostile UAVs. It has also been designed for seamless integration with the existing Command, Control, Communication and Intelligence (C4I) networks of the Indian Armed Forces, enabling its employment in future network-centric operations. Engineered specifically for Indian operational conditions, Bhargavastra is capable of deployment across deserts, plains and mountainous terrain up to 5,000 metres above mean sea level, providing reliable protection against aerial threats along the country's entire land borders. The Command-and-Control Centre incorporates an advanced C4I architecture integrating a radar capable of detecting UAVs up to 10 km, an Electro-Optical/Infrared (EO/IR) surveillance system and passive RF sensors. These sensors provide multi-layer target detection, tracking and classification, generating a comprehensive air situation picture and enabling operators to engage either individual drones or coordinated drone swarms. Unlike conventional soft-kill systems based on jamming or spoofing, Bhargavastra provides an effective hard-kill solution against autonomous drones that are immune to electronic countermeasures. A team of Indian Army visited SDAL, Nagpur on 24th July 2026 as part of Status review against a PSO under make-II The Bhargavastra weapon system, in its full configuration comprising a Command & Control Vehicle (CCV) equipped with Radar, EO/IR and RF detectors integrated with the C4I system, along with a launcher vehicle carrying all the launch tubes, was demonstrated. The SDAL team flew a swarm of drones, which was successfully detected by the Radar, EO/IR and RF detectors. The C4I system displayed the complete situational awareness picture and generated a drone attack alert. The launcher was then assigned the targets by the C4I system, and the complete firing sequence was successfully demonstrated to the visiting team. Actual rocket firing was not carried out within the plant premises due to safety considerations.

#WATCH | Nagpur, Maharashtra: Solar Defence and Aerospace Ltd. (SDAL) demonstrated "Bhargavastra", an indigenous, vehicle-mounted, multi-layered Counter-Swarm Drone System designed to provide affordable and highly effective protection against the rapidly growing threat of weaponised drones, loitering munitions and autonomous drone swarms. Developed entirely in India, Bhargavastra represents a major technological breakthrough in counter-drone warfare and reflects SDAL's vision of anticipating the future character of conflict well before drones emerged as one of the most decisive battlefield weapons. The system employs indigenously designed and developed unguided rockets and precision micro-missiles arranged in a multi-layer engagement architecture, providing a highly effective yet economical means of neutralising hostile UAVs. It has also been designed for seamless integration with the existing Command, Control, Communication and Intelligence (C4I) networks of the Indian Armed Forces, enabling its employment in future network-centric operations. Engineered specifically for Indian operational conditions, Bhargavastra is capable of deployment across deserts, plains and mountainous terrain up to 5,000 metres above mean sea level, providing reliable protection against aerial threats along the country's entire land borders. The Command-and-Control Centre incorporates an advanced C4I architecture integrating a radar capable of detecting UAVs up to 10 km, an Electro-Optical/Infrared (EO/IR) surveillance system and passive RF sensors. These sensors provide multi-layer target detection, tracking and classification, generating a comprehensive air situation picture and enabling operators to engage either individual drones or coordinated drone swarms. Unlike conventional soft-kill systems based on jamming or spoofing, Bhargavastra provides an effective hard-kill solution against autonomous drones that are immune to electronic countermeasures. A team of Indian Army visited SDAL, Nagpur on 24th July 2026 as part of Status review against a PSO under make-II The Bhargavastra weapon system, in its full configuration comprising a Command & Control Vehicle (CCV) equipped with Radar, EO/IR and RF detectors integrated with the C4I system, along with a launcher vehicle carrying all the launch tubes, was demonstrated. The SDAL team flew a swarm of drones, which was successfully detected by the Radar, EO/IR and RF detectors. The C4I system displayed the complete situational awareness picture and generated a drone attack alert. The launcher was then assigned the targets by the C4I system, and the complete firing sequence was successfully demonstrated to the visiting team. Actual rocket firing was not carried out within the plant premises due to safety considerations.

ANI

61,956 Aufrufe • vor 2 Monaten

What's happening in Ukraine right now is rewriting modern warfare. We need to be paying more attention and learn from our friends in Kyiv. - Over 12,000 drones were operating over a city the size of Hereford in a single day. Yes… one day. - 90% of casualties are caused by drones. Not artillery or rifles. Just drones. - Russia is close to building a million drones a month. Ukraine is trying to match them. - Russia's uncrewed systems force is 80,000 strong. That is bigger than our entire Army. Britain has to catch up and we don't have the luxury of time to do it. We MUST: - Treat drones as ammunition. - Build up always-on drone production here in the UK. - Centralise the data. Use AI to make them smarter. - Stand up an uncrewed systems force now. Not after a review at some point in future… but now. - Cut the rules choking off trial and testing. - Joint ventures between British and Ukrainian industry. They've learnt more in a few years than most countries learn in thirty… - Work with Ukrainian veterans to test how we exercise and operate. Remember: A £4000 drone can take out a £4million tank.

What's happening in Ukraine right now is rewriting modern warfare. We need to be paying more attention and learn from our friends in Kyiv. - Over 12,000 drones were operating over a city the size of Hereford in a single day. Yes… one day. - 90% of casualties are caused by drones. Not artillery or rifles. Just drones. - Russia is close to building a million drones a month. Ukraine is trying to match them. - Russia's uncrewed systems force is 80,000 strong. That is bigger than our entire Army. Britain has to catch up and we don't have the luxury of time to do it. We MUST: - Treat drones as ammunition. - Build up always-on drone production here in the UK. - Centralise the data. Use AI to make them smarter. - Stand up an uncrewed systems force now. Not after a review at some point in future… but now. - Cut the rules choking off trial and testing. - Joint ventures between British and Ukrainian industry. They've learnt more in a few years than most countries learn in thirty… - Work with Ukrainian veterans to test how we exercise and operate. Remember: A £4000 drone can take out a £4million tank.

Al Carns

107,974 Aufrufe • vor 2 Monaten

🇺🇸 America went to war and discovered it didn't make enough drones. Powerus was built to fix that. Founded by spec ops veterans, Powerus designs and manufactures kinetic counter-drone interceptors, heavy-lift cargo drones, tactical FPV platforms, and autonomous maritime systems. Manufactured primarily out of Charlotte, North Carolina and shipping into U.S. government hands and active conflict zones. The contracts back it up: a U.S. Air Force IDIQ with a ceiling of up to $90 million for its Guardian-2 counter-drone interceptor, and an order for 1,500 U.S.-made FPV aircraft from a DoW prime contractor. Now the company is in the process of going public, with its proposed merger with Aureus Greenway Holdings (Nasdaq: PUSA) expected to close in fourth quarter 2026 after the SEC declared the Form S-4 Registration Statement effective on August 12th. Learn more: Disclaimer: This content was produced in collaboration with the client and is intended for informational purposes only. It does not constitute financial or investment advice. Always conduct your own research before making any financial decisions.

🇺🇸 America went to war and discovered it didn't make enough drones. Powerus was built to fix that. Founded by spec ops veterans, Powerus designs and manufactures kinetic counter-drone interceptors, heavy-lift cargo drones, tactical FPV platforms, and autonomous maritime systems. Manufactured primarily out of Charlotte, North Carolina and shipping into U.S. government hands and active conflict zones. The contracts back it up: a U.S. Air Force IDIQ with a ceiling of up to $90 million for its Guardian-2 counter-drone interceptor, and an order for 1,500 U.S.-made FPV aircraft from a DoW prime contractor. Now the company is in the process of going public, with its proposed merger with Aureus Greenway Holdings (Nasdaq: PUSA) expected to close in fourth quarter 2026 after the SEC declared the Form S-4 Registration Statement effective on August 12th. Learn more: Disclaimer: This content was produced in collaboration with the client and is intended for informational purposes only. It does not constitute financial or investment advice. Always conduct your own research before making any financial decisions.

Mario Nawfal

300,606 Aufrufe • vor 1 Monat

russia has turned the Shahed into a much faster, harder-to-stop weapon. Journalists have now “unpacked” one of the new jet-powered Geran-4 Seeker drones terrorizing Ukrainian cities. What they found is alarming: 🔸 A Chinese TG-2000 engine lets it reach up to 500 km/h, fly at an altitude of 8 km and travel more than 700 km. That combination makes interception far harder for Ukrainian air defense. 🔸 russian operators can control these drones in real time. They use Mesh modems and SIM cards for communication and control, along with day/night cameras and powerful zoom. 🔸 A 16-channel CRPA antenna makes the drone much harder to jam. Effective countermeasures can require at least 16 electronic-warfare systems operating simultaneously. russia is making its drones faster, smarter and harder to stop — while the technologies and components needed to build them continue to reach a terrorist state. And russia is using them against Ukrainian cities.

russia has turned the Shahed into a much faster, harder-to-stop weapon. Journalists have now “unpacked” one of the new jet-powered Geran-4 Seeker drones terrorizing Ukrainian cities. What they found is alarming: 🔸 A Chinese TG-2000 engine lets it reach up to 500 km/h, fly at an altitude of 8 km and travel more than 700 km. That combination makes interception far harder for Ukrainian air defense. 🔸 russian operators can control these drones in real time. They use Mesh modems and SIM cards for communication and control, along with day/night cameras and powerful zoom. 🔸 A 16-channel CRPA antenna makes the drone much harder to jam. Effective countermeasures can require at least 16 electronic-warfare systems operating simultaneously. russia is making its drones faster, smarter and harder to stop — while the technologies and components needed to build them continue to reach a terrorist state. And russia is using them against Ukrainian cities.

UAVoyager🇺🇦

36,019 Aufrufe • vor 3 Tagen