Why Are Hollow Point Rifle Bullets More Accurate?
From the standpoint of interior ballistics, the ideal match rifle bullet would be a bore-diameter, homogeneous cylinder with flat ends perfectly square to its body. Such a bullet would be cheap, easy to manufacture and have maximum bearing surface for superior accuracy.
From the standpoint of exterior ballistics, an efficient match rifle bullet would have a high length-to-diameter ration; a sharp, drag-reducing point; and a tapered base (boattail). Such a bullet would offer high retained velocity, flat trajectory and minimum wind drift.
From the standpoint of terminal ballistics, the ideal match rifle bullet would offer a center of gravity displaced toward the base, a jacket with no sidewall variations and a core with no weight variation. Such a bullet would offer consistent, reliable, sub-minute-of-angle (MOA) accuracy from lot to lot.
These requirements pull match rifle bullet designers in different, often mutually exclusive, directions. As a result, all match rifle bullets are a compromise—none are perfect.
I think it might have been clearer if the author had said “from the standpoint of gyroscopic stability, the ideal rifle bullet would be a bore-diameter, homogeneous cylinder with flat ends perfectly square to its body.”
But overall, this is an informative article and worthy of a little time.


