kilemall
SOC-14 5K
I would think there is plenty of space on the internet to post just about anything or is it about to run out
I liked your post about modifying the laser pistol to a 10 shot battery, but for me I don't need to consult some convoluted system of esoteric tables to justify the thing.
I don't either, but I can come up with some very useful flash that is consistent with the rules and established equipment.
For instance I am about to embark on 'what is the effect of advanced materials and chemical power on TL7 rifles', a very relevant question in a game of 'Shotguns In Space'.
To do some backtracking on just the above laser cartridge design ethos using Striker, I can divide the cost of the Laser backpacks by the battery rule per TL and number of shots per backpack, and get the yield of the lasers themselves (assuming each shot consumes 1 second of power).
Then I can design the throwaway power cartridges as batteries. Let's give them 10 shots per.
TL 8 Laser Carbine, 50 shots, backpack 1000 Cr.
TL 9 Laser Rifle, 100 shots, backpack 1500 Cr.
TL 9 Laser Pistol, 50 shots, backpack 400 Cr.
TL13 Laser Carbine, 200 shots, backpack 14000 Cr.
TL14 Laser Rifle, 200 shots, backpack 28000 Cr.
TL14 Laser Pistol, 200 shots, backpack 7000 Cr.
A simpler method would be to divide backpack/#shots to yield a per shot cost, then multiply by 10.
So the classic TL9 LR 10-shot cartridge would cost 150 Cr. Expensive shooting there Tex, better gather those up after the battle for recharging (just exactly the sort of crunchy that makes for flavor in adventure/military ops, especially if the frugal get caught because they were busy picking up cartridges instead of fleeing!).
BTW, I would probably rule something like disposable cartridges are half price from rechargeable batteries, so they are a bit easier to swallow, but still will ultimately cost more then the backpack, non-stylish and utilitarian though it be.
I'm assuming everyone can do that simple math, but I like knowing what output each laser is and how much juice is in each cartridge, so I'll do the whole math and get that input value.
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