With my target bows and BWs with sights and taking long shots, the effects of the wind was more measurable. The direction of the wind on a particular arrow can have different effects. I had one set of arrows, 2018s, that had 160 grain Hills and 160 Magnus heads. With a quartering tail wind, the wide head would do two side steps in 60 yards. A tug of war between the head and the feathers. With the Hill heads, just a little bit of drift and the arrow seem to be flying fairly straight without tacking very much. Out of the same bow with 2016s and Bear heads and 125 grain target points, I did not see much of anything. We tested to see how much a 15 mph cross wind actually moved arrows sideways off line. It was not as far as we expected at 60 yards, just a few inches. An arrow set up for a heavy point and the wind tacking became more obvious. More balanced, as in less foc, show less wind tacking than high foc, high foc with larger feathers really tack into the wind. The amount that arrows move sideways is a variable, but we were surprised that it is not as far as we thought. When taking long shot with a longbow, if I ever think about how much the wind will shift my arrow, I will always miss on the up wind side, over compensating. The arrow will move sideways with the wind the distance that the wind can move that arrow for the amount of time that the arrow is in the air. It makes no difference how fast the arrow is flying, only the amount of time. Years ago we played a game target dropping arrow off of a high silo. Our original intention was to shoot from way up there. It was windy and we could see the slow falling arrows move over as they fell. On the ground shooting in the same cross wind that same 100 feet, we could not detect any wind drift, our bows shoot much faster than the speed 100 feet of gravity can provide, less air time equals less wind drift.