A WORLD TO WIN    #31   (2005)

 


The Masses vs. High-Tech Weapons: The Defeat of the 11th Attack Helicopter Regiment

While the imperialists trumpet the superiority of their high-tech weapons and rely on them to carry out their stand-off attacks and generally intimidate the masses, at least one battle during the invasion demonstrated that this "superiority" is not always what it is made out to be. On the night of 23 March the US Army ordered the 11th Attack Helicopter Regiment of the 101st Airborne Division to attack and destroy the armour and artillery of the Medina Division of the Republican Guard. Thirty-one AH-64D Apache attack helicopters - the most advanced attack helicopters in the US inventory - were expected to carry out what the US military calls a "deep-attack" and complete this mission. In the first Gulf War the Apache, costing over $20 million apiece, had been used to great effectiveness against Iraqi armour. These aircraft were credited with destroying hundreds of Iraqi tanks and armoured personnel carriers. But on the night of 23 March something very different happened, throwing into question the viability of the Army's helicopter deep-attack doctrine as a whole.

The 31 Apaches of the 11 AHR began lifting off from Objective RAMS at 1:15 in the morning. This was over two hours later than originally planned and would mean that they would not be accompanied by a protective force of fighter-bombers as is usually the case. This delay was mainly a result of problems in refuelling the aircraft at the temporary refuelling station that the US had set up in the desert. During take-off one of the Apaches became disorientated in the cloud of sand and dust that a helicopter causes in the Iraqi desert and crashed. The rest then set out to find and engage the Medina Division's 2nd Armoured Brigade, which they believed they had located through aerial surveillance. They were confident in their mission and felt safe since the US had been able to destroy most of Iraq's anti-aircraft defences. Given the US's complete air superiority and large-scale deployment of aerial surveillance of various types, any time Iraqi anti-aircraft radar was turned on the US was usually able to locate and attack it relatively quickly. But as the Apaches travelled north, the US battle summary reports that all of the lights in the area, including in the cities of Al Haswah and Al Iskandariyah, blinked out for approximately two seconds. Immediately after that "the sky erupted".

All 30 Apaches came under intensive rifle and light machine-gun fire. One was shot down and its two pilots captured. But more significantly all 29 other Apaches were hit and the entire regiment was forced to break off the attack and return to base. There it was determined that on average each aircraft had suffered 15-20 bullet holes. One had a total of 29 holes. It took 30 days to return the entire regiment to full operational capability.

The tactic employed against the American attack was simple but effective. Knowing that it is standard US practice to precede ground forces with large-scale air attacks with planes followed by helicopters, soldiers and civilians in an entire area covering a number of square kilometres were mobilised and told to expect a formation of US helicopters coming from the south some time that night. The US believes that the blinking lights were a signal to commence firing. By firing in a predetermined direction or quadrant the object was not to hit a specific helicopter (which is relatively difficult even if they are flying at low altitude), but rather to create a wall of bullets the helicopters would fly into.

To quote the US analysis, "...the Iraqi air defence 'system' was arguably not vulnerable to traditional [methods of US attack since these] could not realistically suppress several hundred Iraqis distributed throughout a densely populated urban area firing small arms and light air defence artillery... They [the Iraqi defenders] developed a simple, yet sophisticated air defence 'system' virtually impossible to detect and suppress& US forces are very effective at destroying air defence radars that radiate and missile/gun systems, [so] the Iraqis avoided using these as cornerstones in their network. Rather than using radar, the Iraqis appear to have relied on ground observers who reported on cellular phones and low-power radios. Finally, flickering the city lights warned the shooters to be prepared to engage. Rather than relying on easily targetable missile or gun systems, the Iraqis' main weapon systems were the small arms widely distributed among the general population. With rudimentary training on where to shoot (at the apex over power lines), even paramilitary troops could contribute to an air defence engagement area& Once the fight started, the fires were so dispersed and distributed among populated areas that they were virtually impossible to suppress. Consequently, the Iraqis executed an air defence operation in which the early warning and tracking systems operated below the US ability to detect and destroy; equally important, the Iraqis distributed their air defence weapons so widely that they could not be tracked or suppressed; and they decentralised their command and control so that it could not be effectively disrupted. The Iraqis, in this instance at least, used the decade between the wars to develop tactics that produced a highly survivable and effective air defence capability...."

In other words, by relying on and mobilising the masses, the Iraqis found a "low tech" way to defeat what the US Army considers one of its most advanced and powerful weapon systems. The consequences of this incident were much greater than just the embarrassment of losing an Apache to fire coming mainly from lightly armed peasants in Iraq. This defeat resulted in the US military having to fundamentally review its entire attack helicopter doctrine. The result: the $14 billion programme to build the Comanche, a "stealth" attack helicopter designed to evade radar defences, was promptly cancelled since it dawned on the Pentagon that the masses in Iraq had used no radar at all.