Quote:
Originally Posted by Anthony
The formula for a windlass is 4s * (BL for rated bow ST) / (BL for wielder). If we assume that a crossbow with a rated ST of 10 is an 80 lb bow, which is at least believable, just go with 'poundage/BL seconds'. I have no idea why the weight of a windlass would vary significantly with its strength ratio in the first place, you adjust the strength ratio by just changing the ratio of shaft radius to arm radius. You need stronger structure (and cord) for a stronger bow, but the weight increase shouldn't be very large and in any case is only dependent on the draw weight of the bow.
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I had considered making the time to span a function of BL, but I was not certain whether it was plausible that cocking devices made to take advantage of massive BL were common.
At least for cranequins, I figure that they have a rated MinST and being stronger than that will yield a very limited benefit.