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Iranian Air Defense Systems

The question is not saving money by replacing them.
Here our air Defence unit wanted a drone launched air Defence to use against threats that did need interception by a full fledged air superiority aircraft or interceptor.
They used karrar drone because it's our fastest drone and have a flight radius of around 900 km and can de that while carrying an AD-08 under it's belly.
They say it's cheaper to use it against drones and helicopters than using manned aircraft to do so.

It is estimated that F-14 cost US $30-35K USD per hour to operate

Even if Iran could do it for 25% of the cost that’s $7-9K per hour

Waste of money just to play goalie every time a US plane/drone gets close for ISR or testing air defense reaction time/radars. Iran has been sending Karrars instead for at least a couple years now if not longer.
 
Apologies for my tardiness in replying. Also to Messerchmitt.

I will reply more concisely ASAP.

P

Competition is healthy. If there was only one long range system then innovation wouldn’t happen as quickly.

Also Arman and 3rd Khordad are quite different systems. 3rd is significantly cheaper than Armand to build and operate. Armand or next gen Bavar is an all around anti aircraft/anti BM/anti bomber shield. Where as 3rd Khordad is a medium range ring made to cover areas the Armand battalions do not.

The fact it can carry a longer range is likely a redundancy measure, doesn’t mean it will use the full range. Scoring a fighter jet kills above of 100KM is rare and I would ask someone show it has happened in last 30 years. It’s not easy since the pilot has so many measures they can take to defend. And now with 5th Gen aircraft it would be quite difficult to get precise enough location data that far away from a radar source to accurately be able to illuminate the target.

Air defense rings need to be as saturated as possible against a heavy air opponent like USA or Israel or even Saudi Arabia. You can never have too many air defense systems. That much is true.

The real question is how many of these systems actually exist? It seems every year Iran unveils a new system and we have zero insight into how many are produced. That is the key.
@TheImmortal; @vizier and @Messerschmitt.

When preparing my responses to the above , I made the cardinal error of starting to write it up in one.

Needless to say, lines soon became blurred, and very taxing to separate into three separate responses.

So I decided to plead mea culpa and rather than posting the below three times I decided not to waste space and address the entire thing while referencing all three posters.

Sorry…

Layered AD can intercept only so many targets. Containerizing existing Taer-2, sealed from the environment and thus also having shrapnel protection, and loosely deployed, will prevent a strike out of the blue from taking out an entire battery. The effort to completely destroy SAM batteries that could prevent attacks would put a strain on resources and also pose a threat to attackers firing from a ‘safe’ range outside of current and future deployed Tae’rs operational range(s). When these attackers then come up to launch (‘jump-ing’), they will be at risk.

The reported destruction of a Russian S-400 system, and also the reported destruction or damaged Ukrainian-deployed Patriot, should not be seen as one-off’s. This raises the Q about such valuable targets in general especially given real or near-real-time intel supplied via Ukraine’s allies.

As noted, killing a fighter above of 100KM is rare. I suppose this would require a medium altitude flight profile from the target for or a (?) period of time. Furthermore, these targets would have to be painted near continuously for Taer to do its work before these ‘duck’ down to L altitude. CEC assist would of course help nicely here.

Nevertheless, painting an SARH’s target for any period of time would expose the transmitting radar to SEAD/DEAD attack.

How many of Iran’s ADS’ actually exist, is in production, and nearing IOC or FOC should be enough to keep Iran’s planners and commanders up at night. War is a come as you are affair. No time for vacillating here. Iran exists in a rough neighborhood.

notes that … To this end Vizier noted that … the main threat against static targets is a low altitude saturation attack possibly combining kamikaze drones, low observable cruise missiles stormshadow-scalp-jassm and other cheaper cruise missiles. Even a layered defense network cannot shoot down everything and some missiles will pass and hit strategic targets such as an airbase or other HVT’s. ✔ Concur . Refer specifically to the recent attacks by small drones against ‘soft’ Iranian targets such as munitions factories etc.

Referencing to an X post by @Pataramesh with regard to 3rd Khordad evolution, where he noted that … This is an evolutionary process yes, featuring multiple targets at different altitude & ranges…. .

My examples: While the ~200km-range S-300 was for some time used as a standard of measurement against other SAM’s were measured, this has since crept up to 300; and beyond, although I have excluded dedicated ABM or ASAT’s from this discussion. Missiles capable of intercepting both of these targets namely aerodynamic (aerial) targets, and some shorter-range BMs are.

Probably the longest-ranged of these should be the RIM-161 Standard 3 (SM-3) intended to also target cruise missiles ‘deep inland’. S-400 at 150km set a Russian record for the intercept of a Su-27 over Kiev at the onset of the Ukraine war. Next, S-300V(M) – two Ukrainian fighters at 217km; and the recently tested Sayad-3B at 305km for instance. Depending on target profile, ground radar capabilities and deployment, and a number of other determining factors I assume. These examples only represent a cross-section of existing SAM’s of course.

(This also holds true for A-A interceptions. Refer to the April 1973 F-14-AIM-54 shot to 200km. And in March 2021 an F-15C - the longest recorded air-to-air shot yet, firing an AIM-120 AMRAAM – which could only have been a D-3 - at a BQM-167 target, at an ‘unprecedented’ range. Don’t know of any such claims pertaining to other VLRAAM’s such as R-37M though. Nevertheless these were in all likelihood ‘ideal condition’ shots rather than real-world conditions l assume).

But where does it all stop? A Q that I have asked before. There are just x number of VHVT’s targets that would be flying at medium-high altitude some hundreds of km’s from any hostile border. And how safe are such VLR AD batteries themselves. This applies to mobile, deployed, ADS’s such as S-400 and Patriot also, as claimed destroyed or damaged as counter-claimed by Russia and Ukraine respectively.

Thus:- Static is death – mobile is life.

I can understand why more reasonably priced Taer ++ systems may be used as an all-round medium++ range ‘fly swotter’ while Sayyad++ would be used as a ‘scalpel’, to cut out long-range cancerous targets - each to its own then.

Attack profiles also change of course. In the heyday of early SAM’s, ingress it was presumably hi-hi-hi, followed later by ‘in the weeds’ lo-lo-hi, and currently by lo-hi-lo stand-off weapons launched from ‘safe distances’ as already noted.

Example: Look at how the IAF changed tack after one of its F-16’s were downed over Lebanon by an (old) S-200/ SA-5, when it came up for a ‘look’. Now they are launching stand-off ordinance from out to sea against static targets rather than entering Lebanese air-space.

Another : The very recent strike against the H.Q. of Russia's Black Sea Fleet at Sevastopol was possible because it is a well-known static target and Ukraine had the right tools for the job. Viz low-RCS Storm Shadow and SCALP stand-off munitions.

P
 
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The question is not saving money by replacing them.
Here our air Defence unit wanted a drone launched air Defence to use against threats that did need interception by a full fledged air superiority aircraft or interceptor.
They used karrar drone because it's our fastest drone and have a flight radius of around 900 km and can de that while carrying an AD-08 under it's belly.
They say it's cheaper to use it against drones and helicopters than using manned aircraft to do so.
It's a very old drone, I remember it from back in the day. I'm surprised it even has a radar to lock onto a plane.

But if it can loiter around a while and come back safely, it's better than nothing. It's certainly better than putting more flight hours on aging F4 and F14 fighters with no reallistic replacement in sight.
 
It is estimated that F-14 cost US $30-35K USD per hour to operate

Even if Iran could do it for 25% of the cost that’s $7-9K per hour

Waste of money just to play goalie every time a US plane/drone gets close for ISR or testing air defense reaction time/radars. Iran has been sending Karrars instead for at least a couple years now if not longer.
Regarding the F-14's Operational Costs:

  1. Comparative Cost Factors of the F-14: The F-14 Tomcat is inherently more expensive to operate compared to some other combat aircraft. One of its distinct features is the variable sweep-wing mechanism, a system that while enhancing its flight envelope, also introduces a level of mechanical complexity not found in similar variable wing aircraft. This can result in more frequent maintenance and higher specialized labor costs. Moreover, the F-14 was designed to utilize the AWG-9 radar and AIM-54 Phoenix missile system, both of which are intricate and might require specialized maintenance.
  2. Maintenance and Labor Costs in Iran: While the F-14 demands specialized maintenance, it's important to note that labor costs in Iran are likely lower than in the U.S., potentially reducing the overall hourly operational costs.
  3. Iran's Indigenous Production Capabilities: Iran, due to sanctions and other factors, has over the years invested in its own domestic military industry. It's probable that they produce many of the necessary replacement parts for the F-14, perhaps even having retrofitted the aircraft with newer, locally-produced radar systems. This would arguably reduce the dependency on external (and often more expensive) spare parts.
  4. Persisting Cost Challenges: Despite the above factors, the unique complexities associated with the swing-wing design and certain intrinsic costs of operating older, intricate systems mean that costs can only be reduced so much. An estimate of around $7,000 per operational hour, considering the aforementioned reductions, might not be too far off the mark.
On the Suggestion of Using Karrar Drones as Replacements:

While drones like the Karrar offer certain advantages such as lower operational costs and reduced risk to human life, they cannot wholly replace the capabilities of a manned fighter jet, especially one as the F-14, for several reasons:

  1. Strategic Implications: Displaying the F-14 in confrontational situations is a show of strength and determination by Iran. The F-14 remains one of the most potent symbols of Iran's air force, and its deployment sends a strong political and military message.
  2. Operational Limitations of Drones: Drones, while evolving rapidly, still have limitations in terms of real-time decision-making, air-to-air combat capabilities, and flexibility in complex, dynamic combat scenarios which a manned aircraft can better handle.
  3. Maintaining Aircrew Proficiency: Keeping the F-14 grounded for extended periods due to cost concerns can have detrimental effects on pilot proficiency. Regular flight hours are essential for maintaining the skills and reflexes necessary for combat scenarios. Grounding aircraft not only affects the hardware but can lead to a degradation of pilot capabilities, which can be risky in actual confrontational situations.
In conclusion, while the cost concerns related to operating the F-14 are valid, the broader strategic, political, and military implications of deploying the aircraft versus keeping them grounded or replacing them with drones need to be considered in any comprehensive analysis.
 
@mohsen @immortal

Neutrino’s analysis on the high tech gyroscopes Iran has developed and installed in it’s precision guided missiles. He seems to be implying these bring high accuracy even for long distances. Especially applicable in polluted EW environments.

@mohsen @immortal
 

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Persisting Cost Challenges: Despite the above factors, the unique complexities associated with the swing-wing design and certain intrinsic costs of operating older, intricate systems mean that costs can only be reduced so much. An estimate of around $7,000 per operational hour, considering the aforementioned reductions, might not be too far off the mark.

Again my $7000K guess would be highly optimistic (25% the estimated cost of the maker country - USA). It was just to show that with even such extreme cost savings vs the producer, it is still expensive to for Iran to keep these planes flying especially for trivial tasks. Iran keeps them flying out necessity not choice.

Yes, there is some cost reductions due to cost of labor and parts in Iran vs USA. But this is somewhat offset by a plane where there is extremely limited to no spare parts in circulation, so each part has to be made by Iran or sourced from a cannablized F-14. Add into the fact this is a nearly 50 year old aircraft design and the costs start increasing rather than decreasing. Rule of thumb is Costs of complex weapon systems tend to increase as they age into obsolescence not decrease.

I’m not sure how much Iran can operate the hourly operating cost vs USAF in the 80’s and 90’s. Remember the quoted figure is not adjusted for inflation for last 20+ years as the US has not really flown the plane since early 2000’s.
 

Iran has been relying on ground stations for drone piloting vs sat com since 2011.

Look at this Syria strike video. Look at 00:53 the precision of hitting a terrorist squad hiding on side of the building


In between ground stations (or in case of Armaco attack) they fly predetermined flight paths using TERCOM + GLNSS + INS to stay on track. Gyroscope only is not an option as drones fly for hours (slow speed) vs an Iranian BM which hit its target in 5-10 mins. Iran has also started using bigger drones as relay stations to carry the signal using their sat dish to another farther away MALE swarm commander drone. Think of it as a “wifi extender”.

During war if Iran wants to use a MALE drone + swarm to attack let’s say US navy in Indian Ocean it is restricted by 400-450KM range of ground station or it will need that other MALE to relay the signal from ground station (optimal conditions). This ability drops if there is heavy EW/ECW going on by enemy (highly likely).

For example, during the 2020 Al-Assad Base BM attack some of the US drone operators lost ability to command their drones because the impact shockwaves disrupted the fiber optic cables of the drone operator stations.

The flaw in such a swarm strategy is if the MALE drone (head of snake) gets hit then you lose command of the entire swarm. Against a high tech highly armed enemy (US) that is a critical flaw. You can somewhat reduce this risk by using a S-171 as the command center utilizing its much lower RCS to remain undetected for longer.

A future strategy would be AI + Iranian Satcom where operator observes the swarm via satcom and uploads attack logic command and the rest is hands off as the drones use machine learning to go thru their threat analysis. This would not only eliminate the need for a MALE UAV to be in the air, but also eliminate heavy operator involvement. More of a “general watching battlefield” approach and adjusting strategy based on real time dynamics.

Using a constellation of 100+ microsats (think star-link) in LEO would remove risk of ASAT attack or EW to deprive Iran of Sat comm. This is a capability available to Iran today if it gets off its *** and makes more powerful SLVs.
 
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Iran has been relying on ground stations for drone piloting vs sat com since 2011.

Look at this Syria strike video. Look at 00:53 the precision of hitting a terrorist squad hiding on side of the building


In between ground stations (or in case of Armaco attack) they fly predetermined flight paths using TERCOM + GLNSS + INS to stay on track. Gyroscope only is not an option as drones fly for hours (slow speed) vs an Iranian BM which hit its target in 5-10 mins. Iran has also started using bigger drones as relay stations to carry the signal using their sat dish to another farther away MALE swarm commander drone. Think of it as a “wifi extender”.

During war if Iran wants to use a MALE drone + swarm to attack let’s say US navy in Indian Ocean it is restricted by 400-450KM range of ground station or it will need that other MALE to relay the signal from ground station (optimal conditions). This ability drops if there is heavy EW/ECW going on by enemy (highly likely).

For example, during the 2020 Al-Assad Base BM attack some of the US drone operators lost ability to command their drones because the impact shockwaves disrupted the fiber optic cables of the drone operator stations.

The flaw in such a swarm strategy is if the MALE drone (head of snake) gets hit then you lose command of the entire swarm. Against a high tech highly armed enemy (US) that is a critical flaw. You can somewhat reduce this risk by using a S-171 as the command center utilizing its much lower RCS to remain undetected for longer.

A future strategy would be AI + Iranian Satcom where operator observes the swarm via satcom and uploads attack logic command and the rest is hands off as the drones use machine learning to go thru their threat analysis. This would not only eliminate the need for a MALE UAV to be in the air, but also eliminate heavy operator involvement. More of a “general watching battlefield” approach and adjusting strategy based on real time dynamics.

Using a constellation of 100+ microsats (think star-link) in LEO would remove risk of ASAT attack or EW to deprive Iran of Sat comm. This is a capability available to Iran today if it gets off its *** and makes more powerful SLVs.

👍
 
In Europe one can send a Drohne what have no ins and no GPS ect. with the help of the Radio stations. Its like the Ground station Iran used, but with music...
 
Iranian point-defence SHORAD surface to air missile systems (defence against cruise missiles and UAVs)

AD-08 Majid (8km range)

AD-08.png


Can detect targets at 30km range with Kashef-99 radar. Extremely mobile and versatile - seen deployed on a range of trucks.

Would prefer to see the launch tubes quad-packed for a total of 8 launchers per vehicle, doubling the number of missiles per truck from 4 to 8.

AD-20 Zoubin (20km range)

Zoubin.png


Can detect targets at 30km range (also using Kashef-99 radar?) and can simultaneously track and engage 8 targets at a range of 20km. 8 launch canisters (the version with 4 launch canisters is only used for test launches).

9-Dey (30km range)

9-Dey.png


Each launcher / TLAR has a radar and can be linked with Sevome Khordad (3 Khordad). Each launcher carries 8 launch canisters.

Dezful (10km range)

Dezful.png


Likely a direct Iranian copy of Tor-M1 SHORAD. Capable of intercepting munitions such as HARM ARM and with upgrades to M2+ level (e.g. IFF), can become more effective.

Ya Zahra 3 / Herz-9 (8km range)

Herz-9.png


Mobile copy of French Crotale with a passive radar and EO systems. Old tech aimed at intercepting slower targets with the interceptor missile having a maximum speed of 750 m/s.

Mersad-16 (60km range)

Mersad-16.png


Upgraded version of MIM-23 Hawk missiles combined with some features of RIM-66 missile. Each launcher carries 6 missile canisters (test versions carry 3 canisters). Export version can engage 2 targets simultaneously (local version may be superior). The missiles have semi-active radar guidance with a mid-course update from the engagement radar.

Other relevant point defence systems include a range of anti-aircraft guns such as the Mesbah-1 (quad ZU-23 guns), Samavat (Iranian upgraded version of Oerlikon) and Qasem (strange combination of AIM-9 sidewinder missiles with a cannon).

Mesbah-1

Mesbah-1.png


Samavat

Samavat.png


Qasem

Qasem.png
 
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Iranian point-defence SHORAD surface to air missile systems (defence against cruise missiles and UAVs)

AD-08 Majid (8km range)

View attachment 966126


Can detect targets at 30km range with Kashef-99 radar. Extremely mobile and versatile - seen deployed on a range of trucks.

Would prefer to see the launch tubes quad-packed for a total of 8 launchers per vehicle, doubling the number of missiles per truck from 4 to 8.

AD-20 Zoubin (20km range)

View attachment 966127


Can detect targets at 30km range (also using Kashef-99 radar?) and can simultaneously track and engage 8 targets at a range of 20km. 8 launch canisters (the version with 4 launch canisters is only used for test launches).

9-Dey (30km range)

View attachment 966129


Each launcher / TLAR has a radar and can be linked with Sevome Khordad (3 Khordad). Each launcher carries 8 launch canisters.

Dezful (10km range)

View attachment 966130


Likely a direct Iranian copy of Tor-M1 SHORAD. Capable of intercepting munitions such as HARM ARM and with upgrades to M2+ level (e.g. IFF), can become more effective.

Ya Zahra 3 / Herz-9 (8km range)

View attachment 966132


Mobile copy of French Crotale with a passive radar and EO systems. Old tech aimed at intercepting slower targets with the interceptor missile having a maximum speed of 750 m/s.

Mersad-16 (60km range)

View attachment 966133


Upgraded version of MIM-23 Hawk missiles combined with some features of RIM-66 missile. Each launcher carries 6 missile canisters (test versions carry 3 canisters). Export version can engage 2 targets simultaneously (local version may be superior). The missiles have semi-active radar guidance with a mid-course update from the engagement radar.

Other relevant point defence systems include a range of anti-aircraft guns such as the Mesbah-1 (quad ZU-23 guns), Samavat (Iranian upgraded version of Oerlikon) and Qasem (strange combination of AIM-9 sidewinder missiles with a cannon).

Mesbah-1

View attachment 966136

Samavar

View attachment 966138

Qasem

View attachment 966137

Where is Zoubin?

There has been zero sightings of it since unveiling.
 
Where is Zoubin?

There has been zero sightings of it since unveiling.
Zoubin is probably the stand out of that bunch, being a truly unique and modern Iranian design. We haven't seen much of it but we have seen the naval variant Navab installed on the Zulfaghar missile boat (4 VLS cells) and on Shahid Soleimani (12 VLS cells). I seem to recall seeing the full 8-canister version of Zoubin but can't find it now. Hopefully it is deployed in large numbers at key nuclear and military sites, along with the rest of the SHORAD systems I mentioned above.

Screenshot 2023-10-28 at 20.25.39.png


Screenshot 2023-10-28 at 20.25.54.png
 
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