staff, five duty launch teams, an emergency repair battery and a guard company. This sub-unit is dignified with the title of regiment solely because of the very great responsibility which its officers bear.
Each regiment has an underground command post in which there is always a duty team of officers with direct communication links with the divisional commander, the Army commander, the commander-in-chief of the SRF and the Central command post. If this underground post goes out of action, the commander of the regiment immediately deploys a mobile control point working from motor vehicles. In a threatening situation two teams are on duty simultaneously-one in the underground command post and the other at a mobile one-so that either could take over the firing of all the regiment's rockets.
According to the situation, the duty teams at command posts are changed either every week or every month.
If a launcher is damaged, it is dismantled by the regiment's emergency repair battery. The guard company is responsible for the protection of the command posts and of the launchers. A large proportion of the regiment's personnel are involved in guard duties. Not one of them will have seen a rocket or know anything about one. Their job is to guard snow-covered clearings in pine forests, clearings which are surrounded by dozens of rows of barbed wire and defended by minefields. The guard company of a rocket regiment has fifty or so guard dogs.
The principal task of a rocket division is the technical supply of its regiments. For this, a divisional commander has under him a sub-unit known as a technical base, which has a complement of 3,000–4,000 and is commanded by a colonel. The technical base carries out the transport, maintenance, replacement, repair and servicing of the regiment's rockets.
The strength of a rocket division is 7,000–8,000.
The headquarters of each Rocket Army is responsible for coordination of the operations of its divisions, which will be deployed throughout a very large area. In a critical situation, the headquarters of a Rocket Army may make use of flying command posts to direct the firing of the rockets of regiments and divisions whose command posts have been put out of action. The independent Rocket Corps are organised by the Rocket Armies, except that they have three or four rather than ten divisions. They are also armed with comparatively short-range rockets (3,000–6,000 kilometres), some of which are fired from mobile rather than from fixed underground launchers.
The existence of the rocket corps is due to the fact that while the three Rocket Armies come under the exclusive control of the Supreme Commander, they are needed to support the forces of the three main Strategic Directions and are at the disposal of the Commanders-in-Chief of these Directions. A whole Corps, or some of its divisions, can be used in support of advancing forces in any of the Directions.
Separate rocket divisions, subordinated directly to the Commander-in-Chief of the SRF, form his operational reserve. Some of these divisions are equipped with particularly powerful rockets. The rest have standard rockets and can be moved to any part of the Soviet Union, in order to reduce their vulnerability.
The Strategic Rocket Forces have a much revered father figure. If he did not exist neither would the SRF. His name is Fidel Castro: you may smile, but the SRF does not.
The story behind this is as follows. In 1959 Castro and his comrades seized power in Cuba. No one in Washington was alarmed by this and no reaction came from Moscow; it was seen as a routine Latin American coup-d'etat. However it was not long before Washington became uneasy and Moscow began to show interest. The Kremlin saw an unexpected chance to loosen the hold of its hated enemy, capitalism, on the Western hemisphere. This was obviously an excellent opportunity but one which it seemed impossible to exploit because of lack of strength on the spot. Hitherto, the Soviet Union had been able to support allies of this sort with tanks. But how could it help Fidel Castro at the other side of an ocean? At that time the Soviet Fleet could not dream of trying to take on the US Navy, particularly on the latter's own doorstep. Strategic aircraft existed but only for parades and demonstrations of strength. How could the United States be dissuaded from stepping in?
There was a simple, brilliant solution-bluff.
It was decided to make use of a weapon which had not yet come into service-what Goebbels would have called a `miracle weapon'. For a miracle weapon was what the Politburo employed. Throughout 1959 there were top-priority firings of Soviet rockets and persistent rumours of extraordinary successes. In December rumours began to circulate about new, top-secret forces which were all-powerful, highly accurate, invulnerable, indestructible and so forth. These rumours were supported by the appointment of Marshal of Artillery M. I. Nedelin to a highly important position of some sort, with promotion to Chief Marshal of Artillery. In January 1960 Khrushchev announced the formation of the Strategic Rocket Forces, with Nedelin at their head. He followed this with claims that nothing would be able to withstand these forces, that they could reach any point on the globe, etc. Talking to journalists, Khrushchev revealed `in confidence' that he had been to a factory where he had seen rockets `tumbling off the conveyor belts, just like sausages'. (Incidentally, then, as now, the supply of sausages was presenting the USSR with acute problems.) The West, unaccustomed to dealing with so high-level a charlatan, was duly impressed and consequently there was no invasion of Cuba. During the drama which took place, Khrushchev took to making fierce threats about `pressing the button'.
At the moment when the establishment of the SRF was announced, a Force equal in standing to the Land Forces and said to far exceed the latter in striking power, at the moment when Marshal Nedelin's headquarters was established, with great show, the Soviet rocket forces consisted of four regiments armed with 8-Zh-38 rockets (copies of the German V.2) and one range, on which experiments with new Soviet rockets were being carried out. The figures for rocket production were negligible. All the rockets that were made were immediately used for demonstrations in space while the newly-formed divisions received nothing but replicas, which were shown off at parades and in films. Empty dummies, resembling rockets, were splendidly designated `dimensional substitutes'. Meanwhile, a hectic race was in progress to produce real, operational rockets. Accidents occurred, one after another. On 24 October, 1960, when an experimental 8-K-63 rocket blew up, the Commander-in-Chief of the Strategic Rocket Forces, Chief Marshal Nedelin, and his entire staff were burned alive…
However, the SRF had won its first battle, the battle for Cuba.
As time passed, the SRF became able to stand on its own feet. But the bluff continues. The American armed forces refer modestly to fifty intercontinental ballistic missiles as a Squadron. The Soviet Army builds at least five Regiments around this number of missiles. Alternately if the rockets are obsolescent they may form a Rocket Division or even a Rocket Corps. The Americans do not classify a thousand rockets as a separate Service, or even as an individual arm of service. They are just part of the US Air Force's Strategic Air Command. In the USSR fifteen hundred rockets make up a complete Service, commanded by a Marshal of the Soviet Union. At present, the Americans are armed, essentially, with a single type of intercontinental rocket, the `Minuteman'. In the Soviet Union there are more than ten different types, amounting to approximately the same total as the Americans possess. Why this lack of coordination? Because not one of them is of really good quality. Some lack accuracy, and have too low a payload, and too short a range, but they are kept in service because they are more reliable than other types. Others are retained because their accuracy is more or less acceptable. Others are neither accurate nor reliable but have a good range. But there is one other reason for this untidy situation, for this multiplicity of types. The fact is that the rocket forces have been developed piecemeal, like a patchwork quilt. Soviet industry is unable to turn out long production runs of rockets quickly. For this reason, while the factories are familiarising themselves with the manufacture of one type and beginning slowly to produce it, another type is being brought just as slowly into service. Familiarisation with this new type starts, in a dilatory way, and a small production run begins, with equal lack of haste, and thus, year by year, the Rocket Forces expand, gradually and in leisurely fashion. Often a really good rocket can only be produced in small numbers because the United States will only sell a small quantity of the parts needed for it. For example, if the Americans only sell seventy-nine precision fuel filters, the Soviets will be unable to produce more than this number of rockets. Some of these will be allocated for experimental use and the number available for operational deployment therefore becomes smaller still. It is then necessary to design a new rocket without high-precision filters but with electronic equipment to control the ignition process. But then, perhaps, it is only possible to purchase two hundred sets of this electronic equipment from the US. A first-class rocket, but no more than two hundred can be produced…
The SRF faces another, even more critical problem-its hunger for uranium. The shortage of uranium and plutonium has led the Soviet Union to produce extremely high-powered thermonuclear warheads with a TNT equivalent of scores of megatons. One of the reasons for this was the poor accuracy of the rockets; in order to
