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This is a post I've been planning to make for some time. I am posting it here as I think it's the most appropriate place. (If anyone thinks otherwise, please move it to the appropriate area.)
In the 1988 technothriller 'Ambush at Osiriak' by Herbert Crowder (Author of two other novels in the early 1990s, one of which is a sequel to 'Ambush at Osirak'.) is one of the last 'wild assed guess' Soviet weapons to appear as Glasnost started to have it's effect on Russia.
The SA-10 'Grumble' is a long range Surface-to-Air missile system. The one in the novel (Which I've dubbed the SA-10 'Sprintski') appears to be a point defense system.
Described as follows:
Here is the only clue as to the size of the missile.
I thought it might be a fun exercise to figure out what the launch vehicles/radars might look like and to work out the parameters of the weapon. That information is not provided by the author, though it is made clear that the missiles can be evaded by rapid altitude changes and the radars cannot detect (or are unable to lock on to) small targets such as precision guided munitions. Now that PGM is launched from an F-15SE at 30,000ft and the missiles are not fired at the controlling aircraft implying they must have an altitude ceiling.
Anyone up for the challenge.
In the 1988 technothriller 'Ambush at Osiriak' by Herbert Crowder (Author of two other novels in the early 1990s, one of which is a sequel to 'Ambush at Osirak'.) is one of the last 'wild assed guess' Soviet weapons to appear as Glasnost started to have it's effect on Russia.
The SA-10 'Grumble' is a long range Surface-to-Air missile system. The one in the novel (Which I've dubbed the SA-10 'Sprintski') appears to be a point defense system.
Described as follows:
...galling to the Americans when they found out: that they had been beaten by their own technology. The SA-10 guidance that enabled multiple missiles to attack separate targets simultaneously was an adaption of the Phoenix missile guidance in the first-line US Navy fighter the F-14 Tomcat. And the SA-10 propulsion, the controlled explosion that shot the missile so rapidly into intercept position - the key to the missile's quick reaction - was almost a carbon copy of an abandoned antiballistic missile technique. In fact the new Russian missile with its cone shaped aerodynamic surface, was a dead ringer for the US Sprint missile...
...the Soviets had added a secret ingredient of their own that was the warhead. ...a tactical nuclear device, it's lethality equivalent to detonating 10 tons of TNT in the target vicinity.
Here is the only clue as to the size of the missile.
In his preoccupation, he failed to see the gleaming metallic cone, half the size of his own warplane, hurtle down past his left wing tip, and was unaware of the closeness of his brush with death. Unaware until the Strike Eagle...
I thought it might be a fun exercise to figure out what the launch vehicles/radars might look like and to work out the parameters of the weapon. That information is not provided by the author, though it is made clear that the missiles can be evaded by rapid altitude changes and the radars cannot detect (or are unable to lock on to) small targets such as precision guided munitions. Now that PGM is launched from an F-15SE at 30,000ft and the missiles are not fired at the controlling aircraft implying they must have an altitude ceiling.
Anyone up for the challenge.