Speed Gun For Cricket: All You Need To Know

In the game of cricket: batting, bowling, and fielding are all equally important. If you're a fan of cricket, then you must know what a speed gun is. For those of you who don't, a speed gun is used to measure the rate of a cricket ball. It is similar to how the speed of a motor vehicle is measured. You can find speed guns extensively used in Leagues and international matches. Speed guns are mounted on a pole and placed next to the sight screen. This device emits a microwave beam covering the entire distance of the pitch and detects any movement of an object along the pitch. Due to this speed gun, spectators and players can see the speed of the ball on the sight screen immediately. Since the speed gun was introduced, there has been competition among fast bowlers to break the record of 100 miles/hour speed.

The basic principle behind a cricket bowling speed gun is the doppler effect. Due to this phenomenon, if the object is moving toward or away from the gun, the frequency of the reflected radio waves when they return contrasts the transmitted waves. When the ball approaches the speed gun, the frequency of the waves returning is higher than the waves transmitted. When the object moves away, the frequency is lower.

Advantages of Speed Gun:

A speed gun calculates the accurate speed of the ball as it counts the speed of a rotating ball without any mistakes. The moment the ball passes the speed gun, it instantly records its speed. This is why whenever a bowler throws a ball, its speed is displayed automatically on the screen. If you are a coach, then this radar speed gun will come in handy for you. You are able to monitor both fast and spin bowlers accurately. This gives you an idea about their physical strength and how to train your players better. You can see a list of all the speeds calculated and your current speed.

Tennis was the first sport that adopted the speed gun. The software needed to be changed in order to apply it to cricket. The software is the crucial part of this cricket bowling speed gun as it interrogates the speed coming through via the radar, then it processes the data, and then produces the final speed result.

The speed of the wind also does not affect the speed gun. The microwaves are a strong enough force that can withstand all weather conditions. The margin error for a radar speed gun is less than 1 kph. If the device is set up correctly, there should be no difference in speeds, no matter the geographical region.

Speed guns have truly been one of the major advancements when it comes to cricket technology. They still continue to be improved in features and variations.

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