alhazred23
Inactive Member
With the discussion about 'Rift Generator' tech and the risks of circumventing interdiction technologies, I started looking at the stated ranges for ship-based interdiction and noticed something puzzling:
Am I just missing something, or does the standard Plumeria-class light gunship have an interdiction field that is a billion times more powerful than its closest rival, the Interdiction Field SEM for the Sakura-class light gunship?
Maximum Area of Effect Calculations
Based on spherical volume = Pi*(spherical diameter^3)/6
Sakura-class Interdictor SEM:
Maximum spherical volume - 14.3 cubic AU
(Note: the article quotes the max volume as 9 cubic AU, which would not match with a stated max diameter of 3 AU. I'm being generous here, and taking the larger number.)
Plumeria-class:
Maximum spherical volume - 16,375,942,362.4 cubic AU
16,375,942,362.4 / 14.3 = 1,145,170,794.6 times the effective volume
How is this possible?
Am I just missing something, or does the standard Plumeria-class light gunship have an interdiction field that is a billion times more powerful than its closest rival, the Interdiction Field SEM for the Sakura-class light gunship?
Maximum Area of Effect Calculations
Based on spherical volume = Pi*(spherical diameter^3)/6
Sakura-class Interdictor SEM:
Maximum spherical diameter - 3 AUInterdiction Field SEM said:this unit is designed to limit FTL navigation on the scale nine-fold of a normal Interdiction Device, with a maximum AOE of 9 cubic AU, or a sphere with a diameter slightly exceeding 3 AU. The minimum is the same cubic kilometer as its more conventional predecessors.
Maximum spherical volume - 14.3 cubic AU
(Note: the article quotes the max volume as 9 cubic AU, which would not match with a stated max diameter of 3 AU. I'm being generous here, and taking the larger number.)
Plumeria-class:
Maximum spherical diameter - 3151.2 AUPlumeria-class Light Gunship said:Plumeria can generate an Anti-FTL Field of a 0.025 LY radius (3,151.2 AU diameter).
Maximum spherical volume - 16,375,942,362.4 cubic AU
16,375,942,362.4 / 14.3 = 1,145,170,794.6 times the effective volume
How is this possible?