A Bowling lane is 60 feet long from foul line to the center of the headpin, and 62 feet 10 inches from the foul line to the back of the pins. It can range from 41-42 inches wide.
The oil/oil pattern that is laid or "dressed" onto the lane surface.
It starts right near the foul line and usually extends 38 to 42 feet from the foul line. That leaves about 20 feet of lane surface that is without oil, including the pin deck. These measurements are for when the oil is first applied. As bowlers bowl on the pattern, some of the oil migrates further down the lane, as the balls thrown pick up oil and then deposit it on the way to the pins. This is referred to by bowlers as carrydown oil.
This is only done during league bowling. It is done so that no one person gets an advantage from the oil pattern on their lane, due to the fact that they can be slightly different.
so the ball will roll easier and the ball will hook harder when the oil ends making for a better hit. without oil you would have to bowl straight. hooking on a dry lane will but you in the gutter hard
It is a ball that was made by columbia. The ball would absorb the oil from "wet" lanes so that it could "bleed" the extra oil when bowling on a "dry" lane.
The normal term is lane conditioner. In the early days of bowling, oil conditioner was applied to the lane as a barrier to protect the surface from damage over years of use. As lacquer, polyurethane and synthetic surfaces became more popular, oil became part of the sport, much like how grass is grown and cut in golf courses.
Bowling started out as a "backyard" sport. The origin of bowling started out with any type of round object that could be found at the time and usually used smaller versions of pins. Today it is known as duck bowling. Bowling balls have evolved from wood, to urethan, to the pethra of different bowling balls you can purchase. Today bowling is mainly in-doors on either wood lanes, synthetic, or gardian. The use of oil on the lanes sets a pattern. The pattern can very in many ways. The balls now have reactive surfaces to read the lane, either to skid in oil, or hook on the friction. Bowling balls also have different cores as well. The sport of bowling has changed a lot from its original form.
Friction between the bowling ball and the lane helps the ball grip the surface, allowing the bowler to have control over the direction and speed of the ball. The amount of friction can be influenced by factors such as the surface texture of the ball and lane, as well as the amount of oil applied to the lane. Properly managing friction is crucial for achieving desired ball movement and accuracy in bowling.
The start of the lane is where the most impact of the ball begins. As more and more balls are thrown on a lane, the oil is carried down the lane and the oil starts to shift more towards the mid and back end of the lane. By having a dry back end of the lane, the ball can react better vs sliding.
The back end is the last 15-20 feet of the lane, where it starts to hook into the pocket. It is where the oil is.
The oil is placed at the 2/3 rd length of the bowling lane. It is placed in a V shape pointing towards the bowler. The more you go towards the corner, the more quantity of oil is found. When the weight of the bowl on one side compared to the other (due to centre of gravity on the bowl) is more, the bowl will spin or swing to the heavier direction. Most people like the centre of gravity to be slightly off the centre so that they could swing the bowl.
You don't want to oil a ball. It'll skid around on the lane and you won't score as well as you would like.