[WhiskeyOutpost]

✴️ RU T-90M tank catastrophic ammo detonation. Commander is ejected by the detonation and his remains lay nearby.

✴️ Artillery takes out a group of Russians and their BMP-3 + BMP-2 APC's. UA 10th Mountain Brigade

✴️ "Failed Russian attack on positions of the 79th Air Assault Brigade of Ukraine. It resulted in the loss of 4 tanks, 4 IFVs and a demining/engineering vehicle, in addition to two dozen dead Russians. October 2023."

#t90 #cookoff #artillerymortar #apcifv #droneviewassault #cluster

[WhiskeyOutpost]

Originally Posted by DrKGSmiff ↗

Active jamming equipment. You see it start to fuzz up when it’s like 50’ out, but then goes completely dark when it gets close enough to the vehicle to have its transmission completely jammed.

You’ll notice that they have a higher-flying bird watching the same target to function as forward air control and report hits and misses.

^ This.

Also as a drone goes lower in altitude, its line-of-sight with the drone operator gets more precarious, resulting in a spotty radio data link.

[DrKGSmiff]

Originally Posted by WhiskeyOutpost ↗

^ This.

Also as a drone goes lower in altitude, its line-of-sight with the drone operator gets more precarious, resulting in a spotty radio data link.

That probably happens too, but they’re usually relaying the control signal through the higher-altitude controlling drone.

[ljubodrag]

■ Sudoplatov FPV drone pilots bullying UA infantry.

#dronefpv

[scorpion9]

Originally Posted by WindBag ↗

Been wondering this for awhile, why does the video cut out on the drones at like 10 feet before contact? Seems to happen more with the Russian drone attacks.

Many have said that its the jamming equpment and it may explain the "fuz/disruption", but it doesnt explain the complete loss of signal, especially when attacking single soldiers on a field who almost certainly are not carrying jamming equipment.

The reason why the video cuts out( in my oppinion ) is due to the latency in processing and signal transmition. I.e if there is 1000ms latency( drone needs to process, compress and transmit the signal )
then in that 1000ms, at the speed of 40km/h, the drone will travel around 10 meters( 32feet ) in that time.
If the latency is 300ms( equal to the latency in some crappy game servers ), then the drone would lose its last 10 feet worth of signal.

These drones may have high latency due to nearby jamming stations, which would force the drone to re-send packets over and over, many times.

[Danno]

Trees are also signal barriers.

[iARTEMx]

I think lower the drone goes, bigger are the signal loss. Something as radars, which are ineffective under some alt.

[WhiskeyOutpost]

✴️ Ukrainians capture a wounded Russian Major somewhere near Bakhmut. English subs

#wounded #rupow #bakhmut #fpv

[Caduceus]

Originally Posted by DrKGSmiff ↗

Active jamming equipment. You see it start to fuzz up when it’s like 50’ out, but then goes completely dark when it gets close enough to the vehicle to have its transmission completely jammed.

You’ll notice that they have a higher-flying bird watching the same target to function as forward air control and report hits and misses.

I noticed that as well. I also know the jammers run in the 2.4 to 5.8 Ghz range. They always seem to hit the mark. Is the range poor on the jammers? Do the drone operators randomly cycle the frequency to avoid interception? Sorry for all the questions.

[iARTEMx]

It's more common to call it 5GHz, not 5,8GHz, since it is goes from 5,725GHz to 5,875GHz.