The Deep Command was specifically established with potential conflicts in distant theatres like Iran in mind. This previously was solely the responsibility of the IAF. The Raas and Lang Paper feels that Israeli Special Forces employment will only be confined to vectoring in the air strikes with laser designators and carrying out immediate bomb damage assessment. In fact, the paper has identified the Sayeret-Shaldag Unit 5101 of the IAF, which specialises in laser designation and Unit 5707, which specialises in real time bomb damage assessment, for this task
Natanz: The Natanz facility is the next critical link. This site is 200 miles south of Tehran and 40 miles from the nearest city. It comprises a pilot fuel enrichment plant and, as the paper asserts, a much larger commercial plant underground which is awaiting arrival of thousands of centrifuges. As such the optimal time for the strike would be once the centrifuges are installed but before a large quantity of UF6 has been introduced. Bombing the empty hall prior to centrifuge installation would be futile in terms of an anti-proliferation strike. The installation of centrifuges and their operation has been delayed by sabotage (Stutnext virus and faulty parts).
Arak: The HW plant and plutonium production reactor at Arak constitute a very large facility, located some 150 miles south-west of Tehran. The site itself is some 20 miles from the nearest town. The paper claims that Iran has a small research reactor that uses HW as coolant, but the Arak HW facility, will be able to produce more than 16 tons of HW per year – a capability, that is far in excess of the civilian requirements. The two Arak reactors are scheduled for completion by 2014 and they could produce weapons grade Plutonium.
Israeli strike options
Having defined the Iranian target sets, we need to examine in comprehensive detail, the Israeli strike options. The capabilities of the Israeli Air Force (IAF) are far more advanced today (in terms of enhanced accuracy and ability to penetrate hardened targets such as reactor containment) than they were in 1981 at the time of the Osirak raid. Acquisition of Precision Guided Munitions (PGMs) in 1980s and 1990s, means that the dynamics of IAF bombing have been transformed. The Lo-Lo-High mission profile would now be redundant. Accurate delivery would no longer require approach at low altitudes and then popping up to dive directly on target.
The Israeli strike package would now come at mid or high altitude, navigate accurately due to GPS and attack the target with laser guided bombs (LGBs) or GPS guided munitions from standoff ranges of at least 15 kms or more. CEP at the time of the Osirak raid was of the order of 8–12 metres (due to computerised aiming system of the F‑16). GPS guided munitions can achieve the same accuracy today from a 15 km standoff range and high altitude delivery. Laser guided bombs could give a CEP of about 3 meters from the same stand off range.
Target penetration levels have also been greatly enhanced with the use of “bunker busters” or penetrating warheads with delayed action fuzes. These are delivered from high altitudes at steep angles and can penetrate tens of feet of earth and even several feet of reinforced concrete.
Possible options in the Israeli inventory are:
- PB 500 AI A 1,000 lb class penetrating bomb
- BLU-109 A 2,000 lb class penetrating war head
- BLU-113 A 5,000
Accuracy could be further enhanced by laser designation of the targets by Israeli Special Forces (SF). The article cites Maj Gen Etyan Ben Elyahu (former Commander of IAF who took part in Osirak raid) as saying that even if one BLU-113 did not penetrate the earth and concrete at Natanz, two successive strikes could do so. A combined blast of three BLU ‑113s he felt, could destroy the Natanz facilities. For complete assurance levels, a combination of BLU-113s and BLU-109s may be required. The other two target sets at Isfahan and Arak are not hardened as of now and would be relatively easier to tackle. These may well be targeted by the smaller BLU-109 warheads.
It would be therefore very much in India’s interests, as also in the regional and global interests to ensure a peaceful, negotiated resolution to this crisis. It would be prudent however, to make contingency plans for the worst case scenarios that may entail a diversification of our oil and gas import sources and possibly a large scale evacuation of the Indian emigrant population from the Gulf region. The base line assumption would proceed from the likely duration of the conflict and disruption of the oil supplies. The long-term spectre of a series of failed states in Asia is chilling
Strike modalities
The Israeli strike at PLO headquarters at Tunis in 1985 amply demonstrated Israeli deep strike capabilities upto a range of almost 4,000 kms. Today these capabilities remain centered on the F‑15s and F‑16s. The IAF now has 25 x F‑15 I Raas and 25 or more F‑16 I Soufa aircraft which have been specially configured for deep strike. Both these planes have an unrefuelled combat radius of 1,700 kms with external drop tanks. The F‑16 I could deliver 2 x 2,000 lb bombs while carrying external fuel tanks. Both types of aircraft have advanced ECM suites and remain capable of air–to–air combat. Whitney Raas and Austin Lang have envisioned a 50 strong strike package of 25 x F‑15 Is and 25 x F‑16 Is.
This package would be divided into three smaller strike packages (one for each facility) Any larger strike package than this would strain Israeli refuelling capabilities.
The paper has considered three routing options as under:
- Northern Route: Fly North to the Mediterranean sea, refuel ex airborne tankers, fly East over Turkey to strike Iran. Total route length 2,220 kms approx.
- Osirak Route: Fly South-east, skirt Jordan and Saudi Arabia, fly North-east over Iraq (with mid-air refuelling) and into Iran. This would largely be the Osirak route. Total length 2,160 kms.
- Southern Route: Fly South-east, then East along Saudi–Iraqi border to the Persian Gulf, refuel either over Saudi territory or the Gulf and on to Iran. At 2,410 kms, this is the longest routing option and would entail refuelling twice, both on the way out and in.
Refuelling Capacity: Israel has a fleet of 4 to 5 KC-130s and 5 to 7 KC-707s. For a strike package of 50 aircraft, the KC-707 fleet could deliver 12 to 16,000 lbs at a distance of 1,000 NM. All the three routing options would need refuelling twice, especially, if air–to–air combat takes place short of or over the target.
Analysis
The paper is silent about the aspect of reduction in range if the F‑16 Is carry the 5,000 lbs BLU-113 warheads. Presumably, air–to–air refuelling on both the route in and route out of the flight path could overcome this constraint. However, the transit of such a huge strike package over the territories of Jordan, Saudi Arabia or Turkey is a major grey area that almost rules out these routing options. All that is left is the classical Osirak route over Iraq. The paper has also not gone into details of the suppression defences, the electronic suppression measures and whether a Hawkeye Airborne Early Warning and Control (AEW or AWAC) would be needed to control the air-to-air battle that is bound to result as the strike packages penetrate Iranian airspace. Also these calculations are silent about the Fordo facility near Qom.
Employment of special forces
After the experience gained in trying to co-ordinate the three wings of the Israeli Special Forces (Sayeret Matkal of the Israeli Intelligence, Shaldag of the IAF and Sahyetet 13 Commandoes of the Israeli Navy) during the 2006 conflict in Lebanon, the Israelis have now set up the Special Forces Command or the “Deep Command”. This is now responsible for commanding and co-ordinating all operations beyond Territorial Command Theatres. It is headed by Brig Gen Tal Russo, a veteran Special Forces officer and is now the Israeli Defence Forces Eighth HQ authorised to operate forces – the other being Air HQ, Naval HQ, Northern, Central, Southern and Home Front Commands as also the AMAN or Israeli Intelligence.
The Deep Command was specifically established with potential conflicts in distant theatres like Iran in mind. This previously was solely the responsibility of the IAF. The Raas and Lang Paper feels that Israeli Special Forces employment will only be confined to vectoring in the air strikes with laser designators and carrying out immediate bomb damage assessment. In fact, the paper has identified the Sayeret-Shaldag Unit 5101 of the IAF, which specialises in laser designation and Unit 5707, which specialises in real time bomb damage assessment, for this task. Post the war in Lebanon, the IAF primacy in matters military is being challenged by a new generation of Israeli Army Generals led by the new Chief of the General Staff Lt Gen Gabi Ashkenazi.