Forwarded from The Right People Z
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For the first time, the enemy publishes footage of the combat work of the 35mm single-barrel anti-aircraft artillery module "Oerlikon Skyranger Gun" from the multi-element anti-aircraft artillery system "Skynex", covering one of the strategically important rear facilities of the Armed Forces of Ukraine from our kamikaze UAVs "Geran-2" and multi-purpose tactical missiles.
One can pay attention to the highest level of stabilization of the combat module with the Oerlikon KDG automatic cannon of 35mm caliber, as well as to the filigree calculated lead angles, which ensures such high accuracy and precision that even a single-barrel cannon with a rate of fire of 1000 rounds/min is quite enough to intercept a kamikaze UAV with one burst of 15-30 shells, some of which can be programmable according to the X-band radar guidance data, as well as a laser rangefinder integrated into the multispectral optical-electronic module.
It is noteworthy that the radar guidance system also provides the ability to intercept 120mm mortar shells and rockets at distances of 4000-500 m.
This complex provides very reliable cover for rear air bases from kamikaze UAV strikes and is capable of operating against gliding aerial bombs in the near rear, as well as against the Kh-101 cruise missile.
Meanwhile, the Skynex systems are not effective in countering high-speed missiles such as 9M723-1 Iskander-M, Kh-47M2 Kinzhal, 3M22 Tsirkon, as well as anti-radar missiles such as the Kh-31PD and 3M55 Onyx due to the extremely short flight time (time "window" for interception) and the single-channel nature of each combat module.
In performing these tasks, the four-channel air defense missile and gun system "Pantsir-S1/SM" is ahead and shoulders above the German "Skynex".
#info
#SAM
#Pantsir
One can pay attention to the highest level of stabilization of the combat module with the Oerlikon KDG automatic cannon of 35mm caliber, as well as to the filigree calculated lead angles, which ensures such high accuracy and precision that even a single-barrel cannon with a rate of fire of 1000 rounds/min is quite enough to intercept a kamikaze UAV with one burst of 15-30 shells, some of which can be programmable according to the X-band radar guidance data, as well as a laser rangefinder integrated into the multispectral optical-electronic module.
It is noteworthy that the radar guidance system also provides the ability to intercept 120mm mortar shells and rockets at distances of 4000-500 m.
This complex provides very reliable cover for rear air bases from kamikaze UAV strikes and is capable of operating against gliding aerial bombs in the near rear, as well as against the Kh-101 cruise missile.
Meanwhile, the Skynex systems are not effective in countering high-speed missiles such as 9M723-1 Iskander-M, Kh-47M2 Kinzhal, 3M22 Tsirkon, as well as anti-radar missiles such as the Kh-31PD and 3M55 Onyx due to the extremely short flight time (time "window" for interception) and the single-channel nature of each combat module.
In performing these tasks, the four-channel air defense missile and gun system "Pantsir-S1/SM" is ahead and shoulders above the German "Skynex".
#info
#SAM
#Pantsir
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Forwarded from The Right People Z
A promising radio-absorbing material (RAM) with a high coefficient of conversion of electromagnetic energy into thermal energy in the decimeter L-wave range has been developed in China.
New technology could be "the key to China's victory in future wars" according to Chinese researchers at the PLA's National Defense University.
The new material is reported to be able to convert electromagnetic waves with a wavelength of 70 to 20 cm into heat. This range covers most of the operating wavelengths of modern ground and air-based airborne early warning and control radars.
Scientists also conducted laboratory tests, during which they confirmed that the material, which is as thick as two sheets of paper, effectively absorbs low-frequency electromagnetic waves at different angles.
The material is lightweight, flexible, and can be produced in large quantities. These properties make it suitable for coating aircraft and other military equipment that need to be made invisible to radar. According to the researchers, their technology allows them to achieve unprecedented "ultra-wideband low-frequency stealth effects" without using heavy and expensive magnetic ingredients.
This makes the new material cost-effective.
However, this material does not yet cover such critically important "shooting/multi-purpose" ranges as S/G/X, which are used by many multi-purpose radars.
These radars provide precise target designation to the active radar homing head of anti-aircraft missiles and air-to-air missiles, and in the case of the centimeter G/X-range, they can also illuminate targets to the semi-active homing head of anti-aircraft missiles such as the MIM-104C/D type of the Patriot PAC-2 GEM-T/C complexes.
It can be assumed that as the structure of the new radio-absorbing material is modernized, the above-mentioned wave ranges will also be available.
#info
#SAM #SEAD
#China
New technology could be "the key to China's victory in future wars" according to Chinese researchers at the PLA's National Defense University.
The new material is reported to be able to convert electromagnetic waves with a wavelength of 70 to 20 cm into heat. This range covers most of the operating wavelengths of modern ground and air-based airborne early warning and control radars.
Scientists also conducted laboratory tests, during which they confirmed that the material, which is as thick as two sheets of paper, effectively absorbs low-frequency electromagnetic waves at different angles.
The material is lightweight, flexible, and can be produced in large quantities. These properties make it suitable for coating aircraft and other military equipment that need to be made invisible to radar. According to the researchers, their technology allows them to achieve unprecedented "ultra-wideband low-frequency stealth effects" without using heavy and expensive magnetic ingredients.
This makes the new material cost-effective.
However, this material does not yet cover such critically important "shooting/multi-purpose" ranges as S/G/X, which are used by many multi-purpose radars.
These radars provide precise target designation to the active radar homing head of anti-aircraft missiles and air-to-air missiles, and in the case of the centimeter G/X-range, they can also illuminate targets to the semi-active homing head of anti-aircraft missiles such as the MIM-104C/D type of the Patriot PAC-2 GEM-T/C complexes.
It can be assumed that as the structure of the new radio-absorbing material is modernized, the above-mentioned wave ranges will also be available.
#info
#SAM #SEAD
#China
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Forwarded from The Right People Z
1 or 2 days ago there were news reports on numerous channels about the downing of an F-16 near the Russian border.
Are the S-400s capable of intercepting the F-16AM of the Ukrainian Armed Forces beyond the radio horizon based on the target designation of the Su-35S. Technical analysis
Thus, a Su-35S pilot patrolling over the Kursk region at an altitude of about 8-10 km could easily detect a low-altitude F-16AM using the Irbis-E radar at a distance of about 230 km, but probably would not use the R-37M missile at such a distance due to the fact that despite its long range, at these distances it retains little or no energy potential, in fact in the 120-160km range the missile could only have overloads of up to 6-8G.
The S-400 complex’s Mach-8 40N6 anti-aircraft missile would have a much greater chance of intercepting an F-16AM maneuvering at low altitude (than the Mach 5.3 R-37M), especially if the S-400 was deployed 100 km closer to the coordinates of the detected aircraft than the Su-35S.
As a result, having tied the route (taken under escort) of the F-16AM with the help of the Irbis-E radar, the Su-35S pilot can, via the protected network-centric data exchange channel КДл-И of the С-108 communication station (from 0.96 to 1.25 GHz), issue target designation either to the automated control system of the combined SAM brigade "Поляна-Д4М1" (with subsequent retransmission to the 55K6 combat control post of the S-400 complex), or directly to the 55K6 combat control post. As a result, the launch of the long-range anti-aircraft missile 40N6 with the F-16AM coordinates loaded into the INS can be carried out in the over-the-horizon mode (blindly), and the radio correction will be carried out by the onboard radar Irbis-E.
At a distance of approximately 35-40 km, the F-16AM will be captured by the active X-band radar homing head (probably the Slanetz) of the 40N6 anti-aircraft missile, which will ensure the autonomous exit of the anti-aircraft missile into the rear hemisphere of the F-16AM with the initiation of the radar fuse.
In theory, given the possible amplitude-frequency compatibility in the X-band, the Irbis-E radar can even highlight the F-16AM with a standard 48N6DM anti-aircraft missile with a semi-active radar homing head, this is an extremely sophisticated (but technically feasible) scheme for aggregating disparate radar detection and interception instruments into a single anti-aircraft/anti-missile circuit.
Note:
A semi-active radar homing head is a missile guidance system that relies on external radar illumination. It detects the reflected radar energy from a target, and then guides the missile toward it using that information. This method keeps the missile's radar passive, reducing its detectability while maintaining targeting accuracy.
#info
#F16 #EW #SAM
#radar #VKS
#S300 #Su35
Are the S-400s capable of intercepting the F-16AM of the Ukrainian Armed Forces beyond the radio horizon based on the target designation of the Su-35S. Technical analysis
Thus, a Su-35S pilot patrolling over the Kursk region at an altitude of about 8-10 km could easily detect a low-altitude F-16AM using the Irbis-E radar at a distance of about 230 km, but probably would not use the R-37M missile at such a distance due to the fact that despite its long range, at these distances it retains little or no energy potential, in fact in the 120-160km range the missile could only have overloads of up to 6-8G.
The S-400 complex’s Mach-8 40N6 anti-aircraft missile would have a much greater chance of intercepting an F-16AM maneuvering at low altitude (than the Mach 5.3 R-37M), especially if the S-400 was deployed 100 km closer to the coordinates of the detected aircraft than the Su-35S.
As a result, having tied the route (taken under escort) of the F-16AM with the help of the Irbis-E radar, the Su-35S pilot can, via the protected network-centric data exchange channel КДл-И of the С-108 communication station (from 0.96 to 1.25 GHz), issue target designation either to the automated control system of the combined SAM brigade "Поляна-Д4М1" (with subsequent retransmission to the 55K6 combat control post of the S-400 complex), or directly to the 55K6 combat control post. As a result, the launch of the long-range anti-aircraft missile 40N6 with the F-16AM coordinates loaded into the INS can be carried out in the over-the-horizon mode (blindly), and the radio correction will be carried out by the onboard radar Irbis-E.
At a distance of approximately 35-40 km, the F-16AM will be captured by the active X-band radar homing head (probably the Slanetz) of the 40N6 anti-aircraft missile, which will ensure the autonomous exit of the anti-aircraft missile into the rear hemisphere of the F-16AM with the initiation of the radar fuse.
In theory, given the possible amplitude-frequency compatibility in the X-band, the Irbis-E radar can even highlight the F-16AM with a standard 48N6DM anti-aircraft missile with a semi-active radar homing head, this is an extremely sophisticated (but technically feasible) scheme for aggregating disparate radar detection and interception instruments into a single anti-aircraft/anti-missile circuit.
Note:
A semi-active radar homing head is a missile guidance system that relies on external radar illumination. It detects the reflected radar energy from a target, and then guides the missile toward it using that information. This method keeps the missile's radar passive, reducing its detectability while maintaining targeting accuracy.
#info
#F16 #EW #SAM
#radar #VKS
#S300 #Su35
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