In the video below, you will see that although he was getting strike after strike after strike, he read the lanes and saw they were breaking down and decided to switch balls. It’s kind of strange to think about, but constant adaptation is one of the most important parts of bowling. What this means is that if you throw a shot and get a strike, you can throw that same shot again and not get a strike. Due to this breakdown, your shot will have to change to continue hitting the pocket. As you bowl on a lane, the ball will throw oil around the lane and cause the middle to dry out a bit and get oil on the “dry” boards on the edge. The next step is to learn about how they break down. Now that you have a basic understanding of oil patterns. If you aren’t getting enough hook, and you are missing to the right, you can move your feet right, because it will cause your ball to contact the dry boards sooner to gain traction earlier. In short, if you are consistently missing in a direction, try moving your feet a board or two in that direction. Moving your feet left will cause the ball to slide through more oil, meaning it gains traction a bit later which will lead to less overall hook. For example, although it is quite counter-intuitive, if you are consistently hitting left of the pocket, you can actually keep your visual target the same, but move your feet left and this will cause your ball to go further right as it gets to the pins. The oil causes interesting things in your shot. Learning the balance between how much oil the ball contacts, and when/where on the lane it contacts the drier boards is quite literally the most difficult part of bowling. The very outside board is typically completely dry to help avoid gutter balls. Most oil patterns have a few things in common, as you can see above the middle of the lane has the thickest oil, and as you move outwards, the oil gets thinner. Although the THS is much easier to bowl on than patterns like these, it can give you a good idea of how important a factor the oil can play. Both of these lanes would require very different strategies in order to consistently hit the pocket. A THS looks similar to the Mark Roth pattern on the right. It’s a snippet from the 2018 PBA Positional Round.Īs you can see, the Johhny Petraglia pattern is much flatter and much wider, although it is shorter. To get a better idea of how different oil patterns require different throws, check out the video below. It gives you a bit more leeway in your shot and in some ways brings the ball to the pocket for you. This is a special type of pattern that is designed to help you out. Most likely, the only bowling you have done has been on a THS (Typical House Shot) pattern. When it comes to professional bowling, there is a myriad of different oil patterns that the bowlers must learn to deal with and adapt to. The amount of oil used, where on the lane, and the pattern in which it is laid is called an “oil pattern”. The oil is laid on the lane in a very specific way. Bowling is all about adapting to current lane conditions as it relates to the oil. Learning to control this slide/roll is where the difficulty, and complexity of bowling come into play. Without the oil, this kind of hook shot wouldn’t be possible, because the ball would gain traction right away and just roll into the gutter. If you are left-handed, the inward rotation would be clockwise. If you are right-handed, “inward” rotation means counter-clockwise. Since the ball can slide across the oil without rolling, we can put inward rotation on the ball so that when the ball does eventually gain traction, it will hook in the direction of the spin and create the entry angle necessary to strike. In order to properly hit the pocket at the correct entry angle, we need to use the oil to our advantage. The best way to get a strike is to hit “the pocket” at a significant angle. The invisible oil on the lanes is the source of complexity in bowling, and this article will teach you all about it. This happens because the lanes are coated with a thin layer of oil. Near the end of the lane, the ball gains traction and begins to roll. If you watch closely, bowling balls actually “slide” down most of the lane.
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