It was a difficult task to calculate speed data. The stopwatch timer was needed at the moment and required a horse racing obstacle to spend a lot of time putting stopwatch timer together to determine the exact number of a particular orbit or orbit. The key to creating speed numbers is to compare the "real" time of each horse with the relative speed or slowness of the track surface on a given date. So you no longer need to calculate your own data. But for those who are so tendencies,Making your own speed digital counter can also enable you to check your numbers according to stopwatch numbers. Especially on the smaller track, historical data may not be as good as your own stopwatch is recording, especially if you have a deep understanding of the horses in the local track.
Refer to the average distance of horses in distance: for example, 10000 square meters require 6 horse races. You can calculate the average time by looking at the results chart of the race on a specific track, and compare the time of the horse running on the day of the different races with the stopwatch numbers. Use the stopwatch to calculate the standard number of matches per day. You can average the difference from the standard bar in each game to determine the standard number difference of the day, or to use a more subjective and complex method to determine the most significant number of standard poles of the day.
Apply standard data gap to horses you are evaluating. For example, in a 20,000-square-meter race, the first horse ran a mile in a minute and 36 seconds on February 14, the standard lever of the classification was 1 minute and 37 seconds. Looking at the stopwatch, I knew the horse was faster than the par for one second. One second is equivalent to about 500 meters of distance. As a result, the faster horse was five times faster than the standard speed, and the stopwatch gave him a race of one minute and 35 seconds.
The difference between the stopwatch time of each horse in the race is compared. Using the above steps, suppose the second horse ran a mile in a minute and 36 seconds on February 21, when the track score was one second slower than the first horse's time. Looking at the stopwatch, I knew that the time for second horses to compete was 1 minutes and 37 seconds. Although both horses ran the same "primitive" time, 36 seconds a minute, horse A was actually two seconds, or 10 times faster than horse B.
The use of stopwatch timer to calculate the speed of the number or more complex method is known as the precise recording speed method. It includes viewing a set of results charts and evaluating the time the winning horse and runner's stopwatch ran, and comparing that time to the final time of the race. The difference is used as the standard number of the race. You must know how a precise stopwatch timer records the speed of a particular horse running on the track you are evaluating.
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