Perhaps the only advantage that lsraeI enjoys over lran is Air Power.
It appears to me that what Iran lacks in air power it makes up for in air defence, which negates Israels advantage and now Iran has two Yak-130s which means Su-35s could be on the way too... and that would seriously change the balance.
The lsraeIi air force is small but modern, whereas lran suffers from a lack of 4th gen fighter aircraft.
For Israeli aircraft to reach Iran they would have to fly over Syria or Iraq... neither of which I suspect would be very accommodating. There was a time when Saudi Arabia would assist, but not now I don't think.
While a ground invasion of lsraeI is not possible since lran doesn't share a border with lsraeI, and both the sides lack naval vessels that can transport tanks, I noticed that lranian homegrown tanks suffer from several flaws in design, easy picking for lsraeli helos, but like I said, a ground war is unlikely.
Israel is a small target and with long range accurate missiles it would be horribly vulnerable. Iran can hit power stations and food stores and airports and shipping ports and government and military buildings... there is no need for a ground force attack to damage Israel and make life unbearable.
If they do to Israel what the US or Israel does to their enemies the situation would be rather dire for Israel.
lranian cruise missiles spend a lot of time at very high altitude, allowing PAC-3 , Iron Dome, Arrow 3 to engage them.
You are missing the point... send ballistic missiles and slow flying cruise missiles at high altitude to maximise their flight range. If the Israelis want to burn up their air defence missiles on such targets that is a win for Iran because when the next lot of missiles come they might be out of missiles.
Each missile attack the Iranians will be monitoring defences to check where missile launchers are located and where the search and tracking radars are located, etc etc.
Israel is going to run out of SAMs before Iran runs out of missiles and rockets.
Giving Iran nukes would guarantee an Israeli attack on Iran and it likely wont be against the nuclear weapons themselves but against the leadership of Iran meaning an entire Iranian city nuked... not a good result for Iran.
easy picking for lsraeli helos
My understanding is that Iran licence produces Igla-S MANPADS... those helos would not last very long at all.
He launched Scud against Israel ! He attacked Saudi yank bases with Scud missiles .
Those extended range Scuds were horribly inaccurate so they needed chem or bio or nuke warheads to be effective. In Soviet service you would fire some to land up wind of a HATO airfield so they had to operate in NBC gear which is hot and uncomfortable but being non persistent by the time the Soviet forces got there they could operate normally.
With HE warheads they are a nuisance weapon at best.
The rockets the Iranians are using are something else... longer range and much much better accuracy.
Carrier based long range bombers , and satellite based weapons , God knows what else ! Then what ? They will close in slowly , after a month or two , then defeat . Unless Iran has nuke ICBM .
Or cut oil and gas production for 6 months to zero to ruin the western economies and make them cry... I am sure Iran could get reasonable deals on all sorts of proven combat ready Russian weapons to help them with any problems. Attacking US forces in Syria would be a great start because they only have a couple of thousand troops there and they are horribly vulnerable, so using their Syrian and Iraqi allies they could do a lot of damage by supplying MANPADS and ATGMs like licence produced Kornets and Igla-S missiles.
Why do Iranian ballistic missile warheads glow before hitting a target? There aren't enough velocities there to create plasma?
Sometimes mistakenly described as friction, but it is actually compression as the missile pushes through the air it compresses the air in front of it which can ignite.
All those munitions intercepted east of Israel had to land somewhere.
Some ballistic missiles have warheads that separate to maximise range so finding the body of a missile doesn't mean much.
Separating warheads means twice as many targets for the air defence to deal with because they likely wont be able to tell which is the warhead and which is the missile.
Israel might have hit 99% of the targets, but if they were all the rocket stages of the ballistic rockets then that is not effective air defence.
The British Government justify flying over Syria/Iraq to attack the drones as it being part of Operation Shader, the long running anti ISIS scam.
The Russians pressured Syria to not shoot down US planes or Israeli planes, but I am not so sure they would tell them not to shoot down British planes...
In fact they might give them advice and assistance because it is actually the British that are trying to sink the Russian Black Sea Fleet and probably had something to do with the Nord Stream attacks too.
Iran received four S-300PMU2 batteries or something.
AFAIK they licence produce Igla-S missiles as well as Kornet ATGMs as well... I would not underestimate the Iranians, they are a clever bunch that has a lot of determination... they also take air defence seriously...
Observe the tilt, Iranian ballistic missiles using MaRV
That sort of manouver would likely not protected it because very few interceptions happen so close to the target. I would suggest it was a flight correction to get onto the point of aim, so it was more about impacting the aim point than a manouver to evade interception.
Very impressive. Have Iranian ballistic missiles reached the level of Iskander, which can also perform similar anti-ballistic maneuvers? Of course, these are MRBM missiles.
Not really. Iskander has sensors on board that can detect radar emissions from air defence systems and on active radar homing missiles, so when it detects a signal it manouvers is such a way to avoid a collision course and it releases jammers and decoys to distract the threats and it manovers in such a way that it can still turn back again and hit its target.
That video just looks like a last second course correction to hit the aim point.
The conclusions to be drawn from the evidence are clear:
- Iran launched a few dozen missiles and drones, not hundreds
- Most of the ballistics fired penetrated air defenses
- Most of the ballistics fired were targeted at Ramon AB
- Nevatim AB was a secondary rather than primary target
- The Golan site was likely struck with cruise missiles
- It is unclear if a large number of drones were even launched
- Israeli "outer-layer" defense systems (read: Arrow) may be ineffective against modern Iranian missiles attacking on depressed trajectories
- Israeli claims about the size of the attack and the success of their defensive effort should not be taken seriously
- Iranian claims about their operational goals and targets should similarly be taken with a large grain of salt, a lot of what has come out of their camp seems to be supposition and speculation
The attack was limited in scope because it was retaliation for the Israeli attack in Syria, so they didn't want or need to escalate... just respond.
They targeted the base the Israelis launched their attacks from.
If they wanted to they could have hit an enormous range of military targets and economic targets in Israel and really done some damage.
Instead they limited the number of targets and probably watched carefully at the Israeli defence response... location of launchers and radars and HQs and who radioed who and all the communications channels that were used during the attack.
This creates a list of targets to hit if they have to strike again.
If Israel strikes back then Iran will attack them with a ten times bigger attack to deter Israel from continuing to escalate...
Interesting analysis by Armchair Warlord.
You may have posted it incorrectly... some parts of the text are repeated multiple times...
he Russians were developing similar warheads already in the late 1980s. Then they developed MaRV for the R-36M2 ICBM, marked 15F178. It had much better accuracy than the standard MIRV. Before entering the atmosphere, the warhead had a small radar that compared the image with the terrain map uploaded to the warhead. After entering the atmosphere, it made corrections. After the collapse of the USSR, the tests were discontinued. Then they focused more on HGV, I think. Although Topol M also said that they had a MaRV that maneuvers after entering the atmosphere.
The first Iskander used such a sensor, but the CEP was something like 20m. The current optical system gets the CEP down to about 5m and you can use a scanned image of a satellite photo of the target that is inserted into the guidance system before launch. It flys to the location of the target and then compares what it sees with the image and manouvers to hit the aim point.
Nevatim is the most heavily defended spot in the world from the threat of ballistic missiles.
Against ballistic threats Moscow come first with the worlds only operational and properly tested ABM system that has been updated and improved since it was built.
With S-500 entering service to add to its protection its defence is only getting stronger.