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Unique footage captured by an Israeli military drone minutes before the death of Hamas political bureau chief Yahya Sinwar in Rafah.
The footage shows Sinwar, apparently wounded by this point, sitting in a chair in a house partially destroyed by tank fire, throwing a piece of wood at the drone. After the symbolic gesture, another shell will fly into the house, which will be Sinwar's last.
He will be identified as a result of a molecular genetic examination of DNA, a sample of which was obtained by Israeli intelligence services during Sinwar’s long stay in prison from 1988 to 2011, until he was released as part of the so-called Shalit deal.
#info
#UAV #FPV
#Gaza
The footage shows Sinwar, apparently wounded by this point, sitting in a chair in a house partially destroyed by tank fire, throwing a piece of wood at the drone. After the symbolic gesture, another shell will fly into the house, which will be Sinwar's last.
He will be identified as a result of a molecular genetic examination of DNA, a sample of which was obtained by Israeli intelligence services during Sinwar’s long stay in prison from 1988 to 2011, until he was released as part of the so-called Shalit deal.
#info
#UAV #FPV
#Gaza
Enemy resources report the installation of electronic warfare systems on Russian reconnaissance UAVs to counter the FPV-SAMs of the Ukrainian Armed Forces.
The principle of operation is as follows: the device scans video transmission channels and, when found, creates interference for 60 seconds. During this time, the FPV drone operator loses control.
Previously, rear-view cameras were installed on Russian UAVs to evade attacks.
Time will tell how effective the first version of such a device is. The enemy notes that reconnaissance UAVs in the Russian Armed Forces were equipped with electronic warfare systems fairly quickly.
It should be noted that the emergence of countermeasures was only a matter of time. Now it is the turn of the Ukrainian Armed Forces, in the conditions of the inability of the feeble Western military-industrial complex to supply anti-aircraft guided missiles and detection equipment in sufficient quantities, FPV drones were a straw that the Kiev regime clung to with all its might.
However, even their use, given the pace of UAV production in Russia, did not greatly affect reconnaissance capabilities as drones continue their work both on the front line and in the rear at a depth of more than 100 km.
And we shouldn’t forget that the Russian Armed Forces also use FPV drones as SAMs, which allows them to save missiles (although there is no significant shortage of them).
#info
#FPV #UAV #SAM
#EW
The principle of operation is as follows: the device scans video transmission channels and, when found, creates interference for 60 seconds. During this time, the FPV drone operator loses control.
Previously, rear-view cameras were installed on Russian UAVs to evade attacks.
Time will tell how effective the first version of such a device is. The enemy notes that reconnaissance UAVs in the Russian Armed Forces were equipped with electronic warfare systems fairly quickly.
It should be noted that the emergence of countermeasures was only a matter of time. Now it is the turn of the Ukrainian Armed Forces, in the conditions of the inability of the feeble Western military-industrial complex to supply anti-aircraft guided missiles and detection equipment in sufficient quantities, FPV drones were a straw that the Kiev regime clung to with all its might.
However, even their use, given the pace of UAV production in Russia, did not greatly affect reconnaissance capabilities as drones continue their work both on the front line and in the rear at a depth of more than 100 km.
And we shouldn’t forget that the Russian Armed Forces also use FPV drones as SAMs, which allows them to save missiles (although there is no significant shortage of them).
#info
#FPV #UAV #SAM
#EW
An FPV drone of the North Forces Group successfully hit an American 14,408 ton M1117 armored personnel carrier from the American company Textron Marine & Land Systems on a pursuit course.
The 4x4 vehicle, which entered service in 1999, is equipped with a 260 horsepower Cummins 6CTA8.3 diesel engine and anti-mine protection that protects the crew from 5.4 kilogram TNT explosive charges.
All M1117 projections are as vulnerable to FPV drones as most other APC types (not counting the Israeli "Namer", which, however, can also be hit by PG-7VL and tandem PG-7VR anti-tank grenades).
#info
#FPV
#MRAP #IFV #APC
The 4x4 vehicle, which entered service in 1999, is equipped with a 260 horsepower Cummins 6CTA8.3 diesel engine and anti-mine protection that protects the crew from 5.4 kilogram TNT explosive charges.
All M1117 projections are as vulnerable to FPV drones as most other APC types (not counting the Israeli "Namer", which, however, can also be hit by PG-7VL and tandem PG-7VR anti-tank grenades).
#info
#FPV
#MRAP #IFV #APC
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The FPV drone with the interference-proof fiber-optic control channel "Groza-Leska" of the "Sever" group successfully works on the latest Ukrainian armored vehicle "Kozak-7" that fell into a craterfrom an artillery shell or mine near the village of Darino in the Kursk region.
In this area, small-arms battles continue to maintain control over Vysh and Sagarovka streets, as well as positions in the ruins of hangars in the southeastern part of Darino.
#info
#FPV #MRAP
In this area, small-arms battles continue to maintain control over Vysh and Sagarovka streets, as well as positions in the ruins of hangars in the southeastern part of Darino.
#info
#FPV #MRAP
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A demonstrator of a promising self-propelled electromagnetic microwave system for suppressing small-sized FPV drones, as well as low/medium-range reconnaissance UAVs and kamikaze UAVs, was presented by one of the Chinese manufacturers as part of the Chinese exposition on the sidelines of the Airshow China - 2024 exhibition in Zhuhai.
The product is based on the chassis of the Shaanxi HMV3 tactical truck and is represented by a multi-element high-energy and multi-band AESA radar, presumably X/Ku-band waves, capable of detecting drones, and then switching individual groups/arrays of gallium nitride microwave transistors to a high-energy radiation mode with a beam width of less than 1-0.5 degrees in the direction of the enemy UAV.
At distances of less than 10-7 km, this complex is capable of "burning out" the electronic base of drones with high-energy EM rays. It can also disable the onboard electronic equipment of enemy tactical and strategic cruise missiles.
At distances from 10 to 50-70 km, the receiving paths the onboard X-band AESA radars of enemy tactical aviation can be suppressed with a partial (about 50%) reduction in their range. Onboard radars based on passive phased arrays with lower interference immunity can lose up to 70-80% of their effective range at a distance of up to 50-70 km.
This complex is a more advanced embodiment of the concept of the Russian self-propelled generator "Ранец-Е"
#info
#UAV #FPV
#SAM #EW
#China
The product is based on the chassis of the Shaanxi HMV3 tactical truck and is represented by a multi-element high-energy and multi-band AESA radar, presumably X/Ku-band waves, capable of detecting drones, and then switching individual groups/arrays of gallium nitride microwave transistors to a high-energy radiation mode with a beam width of less than 1-0.5 degrees in the direction of the enemy UAV.
At distances of less than 10-7 km, this complex is capable of "burning out" the electronic base of drones with high-energy EM rays. It can also disable the onboard electronic equipment of enemy tactical and strategic cruise missiles.
At distances from 10 to 50-70 km, the receiving paths the onboard X-band AESA radars of enemy tactical aviation can be suppressed with a partial (about 50%) reduction in their range. Onboard radars based on passive phased arrays with lower interference immunity can lose up to 70-80% of their effective range at a distance of up to 50-70 km.
This complex is a more advanced embodiment of the concept of the Russian self-propelled generator "Ранец-Е"
#info
#UAV #FPV
#SAM #EW
#China
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Epic footage of the destruction of the German MBT "Leopard-2A6" by a Russian FPV drone with a single-block cumulative warhead in the Kursk region.
The drone operator correctly chose the dive angle and contact point, which ensured that the cumulative jet of the anti-tank grenade overcame the armored dimensions of the upper frontal part of the hull. What is noteworthy is that the detonation of the vehicle's ammunition also took place.
#info
#Leopard #tank
#ATGM #FPV
The drone operator correctly chose the dive angle and contact point, which ensured that the cumulative jet of the anti-tank grenade overcame the armored dimensions of the upper frontal part of the hull. What is noteworthy is that the detonation of the vehicle's ammunition also took place.
#info
#Leopard #tank
#ATGM #FPV
Vandal fiber-optic FPV drones continue to reap the harvest.
This time, another Norwegian two-link tracked all-terrain vehicle BvS 10 and a British armored personnel carrier FV103 Spartan were destroyed in the Pokrovsky direction, and an American infantry fighting vehicle M2A2 Bradley was hit right in the troop compartment in the Kursk region.
Interestingly, in the third video, the enemy placed BMP-1 mock-ups in the landing zone, which was recognized too late by the drone operator.
#FPV
#Bradley
This time, another Norwegian two-link tracked all-terrain vehicle BvS 10 and a British armored personnel carrier FV103 Spartan were destroyed in the Pokrovsky direction, and an American infantry fighting vehicle M2A2 Bradley was hit right in the troop compartment in the Kursk region.
Interestingly, in the third video, the enemy placed BMP-1 mock-ups in the landing zone, which was recognized too late by the drone operator.
#FPV
#Bradley
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A fibre optic FPV drone hits an AFU M1A1SA Abrams tank in the Kursk region.
Geolocation: https://lostarmour.info/map?coord=51.2475572,35.1267977
#info
#FPV #Abrams
Geolocation: https://lostarmour.info/map?coord=51.2475572,35.1267977
#info
#FPV #Abrams
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An unsuccessful attempt to hit a Mi-24 helicopter of the Ukrainian Army Aviation using an FPV drone of the Russian Armed Forces.
The episode took place on the Vremyevskiy salient in the Zaporizhia region, the "helicopter", afraid of coming under fire from air defense systems, launched unguided missiles by pitching up.
Despite the failure, this episode is indicative, the list of games that can be played by both sides has been expanded, and the range of the FPV drone threatens the operation of enemy helicopters even when pitched up.
#info
#Mi24
#UAV #FPV #SAM
The episode took place on the Vremyevskiy salient in the Zaporizhia region, the "helicopter", afraid of coming under fire from air defense systems, launched unguided missiles by pitching up.
Despite the failure, this episode is indicative, the list of games that can be played by both sides has been expanded, and the range of the FPV drone threatens the operation of enemy helicopters even when pitched up.
#info
#Mi24
#UAV #FPV #SAM
About yesterday's clash between a Leopard 2 A4 and several Russian vehicles we showed yesterday:
https://t.me/the_Right_People/42195
As we said, the enemy used 120mm HEAT DM12 projectiles, which hit the 4S24 "Relikt" ERA blocks on the rear projection of the turret, which almost completely defocused and did not penetrate the rear armor plate of the turret.
Nevertheless, the radiator of the vehicle was damaged, due to which the crew had to leave the area of fire contact and go to the repair base.
The vehicle was also attacked by enemy FPV drones, but their control channels, according to the source, were suppressed by the Perun electronic warfare system.
#info
#Leopard #T72
#FPV #EW
https://t.me/the_Right_People/42195
As we said, the enemy used 120mm HEAT DM12 projectiles, which hit the 4S24 "Relikt" ERA blocks on the rear projection of the turret, which almost completely defocused and did not penetrate the rear armor plate of the turret.
Nevertheless, the radiator of the vehicle was damaged, due to which the crew had to leave the area of fire contact and go to the repair base.
The vehicle was also attacked by enemy FPV drones, but their control channels, according to the source, were suppressed by the Perun electronic warfare system.
#info
#Leopard #T72
#FPV #EW
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A very interesting episode of the use of a FPV drone of the Russian Armed Forces.
The first is the target, it was a railway locomotive, which is the rarest target, since even boats suffered more from drones (in particular "Lancets" ).
The second is the location of the strike.
It was carried out in the urban-type settlement of Udachnoye west of Pokrovsk. The nearest Russian positions are approximately 20 km away, and even there, just advanced assault units are operating.
This episode is one of the rare confirmations of the ability of Russian FPV drones to operate at distances over 20 km.
Despite the fact that the advantage of the Kiev regime forces in this characteristic has long since disappeared, such videos do not appear as often as we would like.
#info
#FPV
#UAV
The first is the target, it was a railway locomotive, which is the rarest target, since even boats suffered more from drones (in particular "Lancets" ).
The second is the location of the strike.
It was carried out in the urban-type settlement of Udachnoye west of Pokrovsk. The nearest Russian positions are approximately 20 km away, and even there, just advanced assault units are operating.
This episode is one of the rare confirmations of the ability of Russian FPV drones to operate at distances over 20 km.
Despite the fact that the advantage of the Kiev regime forces in this characteristic has long since disappeared, such videos do not appear as often as we would like.
#info
#FPV
#UAV