The #2 of PSU in Feb 2022 had been imbedded in Serbian air defense in 1999 during Operation Allied Force.
Where Col Zoltan Dani SA-3 Goa unit not only defeated USAF SEAD doctrine from 24 Mar to 10 June 1999 with good training & tactics.
Zoltan also bagged an F-117.
2/
Ukraine spent 23 years duplicating Zoltani's emissions control and mobility doctrine for it's IADS.
Additionally in 2014-2015, the PSU IADS operated under the Russian long range MLRS/TBM park directed by UAV's that were cued by EW-Sigint for a year.
Minimally the Ukrainians
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...in February 2022 were are as good as the Serbs were in 1999 at foxing high altitude PGM attacks with deception and EW/visual decoys.
Then there is the issue of equipment.🙄
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Equipment wise, S-300P, S-300PS & S-300PT (SA-10A Grumble A & B) were not in Iraq's 1991 or 2003 inventories.
Nor were S-300V1 SA-12 GLADIATOR, the SA-11 GADFLY, and every other bit of late Soviet era kit.
5/
Finding out about the PDU's GBAD equipment set isn't something that is particularly hard to do, as the first Google search return I got for "Ukrainian national ground based air defense" was this link:
The Air Power Australia website had, IMO, the best summary of Ex-Soviet air defense reaction to the NATO air campaign against the Serbs, which I've clipped from below:
Air Power Australia Analysis 2009-04
14th June, 2009
The Russian military certainly took notice of Operation Allied Force and this is reflected in fundamental doctrinal and technological changes in their approach to operating and designing air defence systems.
There is much new equipment, primarily of Russian and Chinese origin, but also from Belarus and the Ukraine, now available on the open market as building blocks, for any country with enough money and the motivation, to create a highly survivable Integrated Air Defence System[27].
This equipment includes both passive and active, and soft and hard kill measures as part of the air defence network, including transportable GPS/GLONASS jammers, decoy radar emitters, active defensive countermeasures for radars, ISR radar and airborne communications jammers, and point defence missile systems designed to intercept anti-radiation missiles such as the HARM and ALARM, and Precision Guided Munitions such as the JDAM and JASSM.
However, the biggest lesson learnt by Russian strategists was the need to be able to ‘shoot and scoot’ like self-propelled artillery.
Stealth, reduced sensor-to-shooter times and GPS guided munitions were already making the older fixed air defence systems obsolete prior to Allied Force and the Russians realised many of their systems were vulnerable.
Operation Allied Force showed mobility was the key element to survivability, as the fourth part of the paper shows.
Mobility - The Most Important Lesson of Operation Allied Force
Following OAF, Russian industry launched a campaign to provide high mobility capabilities to all new build, and many legacy SAM systems
and radars.
< / snip >
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The PSU's initial Feb. 2022 IADS was no longer Soviet as they had tweaked almost everything and had their own C3I and radars.
US military air services would have had a hell of a bad time against the 2022 PSU's IADS,
8/
...even using the USAF's and USN's best SEAD assets.
Ukraine's IADS is mobile, dense, redundant, resilient, gun dense and very well trained.
It is and remains - with Ukrainian innovation & Western air defense aid like Patriot, NASAM & SAMP/T - the IADS from hell.
9/9 End
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The CO of the top scoring Buk [Nato designation SA-11 Gadfly] battery in the PSU did an interview ~2 years ago (early 2023).
He said they used their own Mavic drones to check that their camouflage and
Zoltan Dani & A2/AD doctrine🧵 1/
...that their battery concealment was good enough to fool Russian drones.
So, the PSU does a drone quality assurance check on its camo during the "hide" phase of the hide-shoot-scoot cycle, AKA you have to survive in order to have the opportunity to shoot enough to become the highest scoring SAM battery.
In contrast, the Russian VKS parks their missile TELARs in the middle of a field to get maximum obstacle clearance and range. Then they are shocked when hit by deep strike assault drone or GMLRS rocket.
In 2005, the Strategypage -dot- com web site had the following on the downing of an F-117 over Serbia.
These tactic are the heart of Ukrainian IADS doctrine.
---
How to Take Down an F-117
November 21, 2005: The Serbian battery commander, whose missiles downed an American F-16, and, most impressively, an F-117, in 1999, has retired, as a colonel, and revealed many of the techniques he used to achieve all this. Colonel Dani Zoltan, in 1999, commanded the 3rd battery of the 250th Missile Brigade. He had search and control radars, as well as a TV tracking unit.
1/
The battery had four quad launchers for the 21 foot long, 880 pound SA-3 missiles. The SA-3 entered service in 1961 and, while it had undergone some upgrades, was considered a minor threat to NATO aircraft. Zoltan was an example of how an imaginative and energetic leader can make a big difference. While Zoltan’s peers and superiors were pretty demoralized with the electronic countermeasures NATO (especially American) aircraft used to support their bombing missions, he believed he could still turn his ancient missiles into lethal weapons
2/
The list of measures he took, and the results he got, should be warning to any who believe that superior technology alone will provide a decisive edge in combat. People still make a big difference. In addition to shooting down two aircraft, Zoltan’s battery caused dozens of others to abort their bombing missions to escape his unexpectedly accurate missiles. This is how he did it.
The problem for this USN-Taiwan "hellscape strategy" is it's obsolete given that the Chinese have access to Russia's newest generation of FPV interceptor drones to counter it, via using China's "5 times bigger than the rest of the world combined" drone industry & sea militia.
One of the 'benefits' of being a 33 year 3 month vet of the US military procurement enterprise is you are around when the bodies are buried, directly or through people you know.
Such was the case with US Army anti-drone procurement.
This is an email correspondent of mine talking about US Army anti-drone kit testing, prior to 2010, about a competition between two anti-drone contractors --
"The toughest part of detecting drones is figuring out if they're drones or birds.
2/
That was actually the big 'step' they managed.
But, no, the directed pulse did not interfere with their radar. And the test they did they took down seven drones in less than seven seconds at range. 3/
ISIS was using small drones on the 82nd Airborne in Mosul Iraq in 2017.
Pablo Chovil wrote an article for War on the Rocks about his combat experience under ISIS small drone attacks.
2/
About the time Pablo Chovil's article, I was briefing DCMA officials about how a sub-national militant organization printed a 13 drone swarm for less than the cost of a single Hellfire missile and disabled seven jet strike fighters and a helicopter gunship of the VKS. 3/3
A Flight III Burke has the SPY-6(V)1 radar with four active electronically steered antennas (AESA) with 37 RMA radiating elements per face, or 147 RMA elements covering 360 degrees of azimuth.
It has over 6-times the radiated power of the previous generation Aegis radar.
2/
The FFG-62 Constellation has three EASR SPY-6(V)2 radars originally designed for amphibious assault ships and Nimitz-class carriers.