I had a load set up for one of my competition pistols. In working up the load, I hit a sweet spot and had exceptional groups. I loaded 300 rounds of the ammo. Prior to a match I had put 50 rounds thru the chamber and ensured my sight setting were right on. On the day of the match I put 5 sighter shots dead center on the targets. First set, 5 of 5 shots, dead center on the target. Second set I shot and the first target did not move. Next 4, dead center. I had the match director check the target to see if there was a hole in it. Nope. Next set, 5 of 5, dead center. Moved to second relay position. Two shots in and both center hits. Next two, nothing on the target. Switched ammo quickly and cleaned the rest of the targets without a miss. Later that afternoon we took the ammo out and about every third shot missed the target. The temperature outside bumped my load over the threshold. We believe the jackets were separating due to the fast twist, but were never able to confirm. I quit using that bullet in that load due to the narrow margin I had in stabilization. The remaining loads were eventually used in matches on cooler days.
Outside temperature, barrel temperature, action temperature and length of time ammo is locked in battery all play a role in ignition speed, pressure speed, and acceleration of the bullet. A load right on the edge of stability, could see that occasional flier or unstabilized bullet. A bullet with short bearing surface may work well in a slow twist barrel as the acceleration of the bullet, both speed and spin, do not generate enough heat to cause distortion of the bullet or bullet jacket. Pushed thru a faster twist barrel, the friction from faster twist, and faster acceleration of spin, can generate enough heat in a small area to cause distortion to the bullet or bullet jacket. Heavier bullets, with more bearing surface, do not accelerate as fast, and have more surface area to share the heat build up.