About: MIL Missile

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About: MIL Missile Sponge Permalink

An Entity of Type : owl:Thing, within Data Space : 134.155.108.49:8890 associated with source dataset(s)

This presented a problem to them as most armor was thicker than the current blades allowed. So they were replaced with Kammris tipped bits. These proved to double the cutting power of the bits. The research team at DeathTech then dealt with the problem of the detonation. If the missile was able to cut through the "armor" then it would do so and detonate within the "ship" if it was unable to cut through, it would detonate on the outside. Still causing damage to be sure, but not providing the punch that the researchers wanted. So they doubled the yield, now the MIL Missile had a yield of 90 kilotons (.9 megatons). At last the the final issue was tackled: When to detonate, The time settings were unreliable and often failed to go off at all. Soon the crew at DeathTech installed a sensor that p

Attributes	Values
rdfs:label	MIL Missile
rdfs:comment	This presented a problem to them as most armor was thicker than the current blades allowed. So they were replaced with Kammris tipped bits. These proved to double the cutting power of the bits. The research team at DeathTech then dealt with the problem of the detonation. If the missile was able to cut through the "armor" then it would do so and detonate within the "ship" if it was unable to cut through, it would detonate on the outside. Still causing damage to be sure, but not providing the punch that the researchers wanted. So they doubled the yield, now the MIL Missile had a yield of 90 kilotons (.9 megatons). At last the the final issue was tackled: When to detonate, The time settings were unreliable and often failed to go off at all. Soon the crew at DeathTech installed a sensor that p
dcterms:subject	Shipboard Weapons
abstract	This presented a problem to them as most armor was thicker than the current blades allowed. So they were replaced with Kammris tipped bits. These proved to double the cutting power of the bits. The research team at DeathTech then dealt with the problem of the detonation. If the missile was able to cut through the "armor" then it would do so and detonate within the "ship" if it was unable to cut through, it would detonate on the outside. Still causing damage to be sure, but not providing the punch that the researchers wanted. So they doubled the yield, now the MIL Missile had a yield of 90 kilotons (.9 megatons). At last the the final issue was tackled: When to detonate, The time settings were unreliable and often failed to go off at all. Soon the crew at DeathTech installed a sensor that provided two functions. 1) If the bits were spinning without making contact with a solid object (i.e. The bits had grown too dull, the missile had drilled its way through the armor, or if the MIL impacted against a shield) the firing pin would activate and cause the MIL to detonate. 2) If the bits became jammed (i.e. they encountered a alloy that they could not cut and instead lodged themselves into the armor) the firing pin would activate and cause the MIL to detonate. The end product was the MIL Missile, fully guided (through coordinates sent from the firing ship, which could be changed after firing the MIL), and very effective.

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