hotrod150
Member
Yup, another thread about inverted (reversed) HBWC's. 
A friend of mine gave me an old Feb 1989 issue of Combat Handguns. It had an interesting article written by Ralph Gossard about reverse-loading the HBWC for self-defense. He tried it and found that the bullet was so unstable (due to the center-of-gravity being too far aft) that it tumbled, usually before impact. Think of a badmitten shuttlecock trying to fly backwards. What he came up with to solve this problem was to put a BB shot (.18" diameter) into the now-forward-facing hollow base of the bullet. Worked great but to avoid having the BB "jump the crimp" under recoil, he used a bullet-sizing press to seat the BB into the cavity, then resize the now-bulged bullet to .357". An awful lot of work, but he did get very good results when expansion testing, even at relatively low velocity. The weight of the modified bullets was about 164 grains, he used about 4.0 gr W231 for an estimated velocity of 800 fps or so.

A friend of mine gave me an old Feb 1989 issue of Combat Handguns. It had an interesting article written by Ralph Gossard about reverse-loading the HBWC for self-defense. He tried it and found that the bullet was so unstable (due to the center-of-gravity being too far aft) that it tumbled, usually before impact. Think of a badmitten shuttlecock trying to fly backwards. What he came up with to solve this problem was to put a BB shot (.18" diameter) into the now-forward-facing hollow base of the bullet. Worked great but to avoid having the BB "jump the crimp" under recoil, he used a bullet-sizing press to seat the BB into the cavity, then resize the now-bulged bullet to .357". An awful lot of work, but he did get very good results when expansion testing, even at relatively low velocity. The weight of the modified bullets was about 164 grains, he used about 4.0 gr W231 for an estimated velocity of 800 fps or so.