Greyhound Racing News – Details About Greyhound Racing Tracks

 The greyhound racing industry has flourished recently because of live betting and multiple revenue-sharing options. As a result, better racetrack design is needed to reduce the chances of injuries of greyhounds at these tracks. According to the greyhound racing news, the greyhound racing congestion happens at the entrance of the first bend. Also, many researchers have suggested that a smooth-running path is needed for a curved track design, without which the dogs will lose coordination at specific transitions. Similarly, it was shown that the different track shapes have considerable effects on the greyhound injury rates, which indicates the influence of track curvature. 

 The transition curves play a crucial role in track design when it is to greyhound racing track shapes. The transition curves help reduce the disturbances because while running, the dogs are subject to a centrifugal force that induces an outward pull on the curved track path. This forces the dogs to deviate from their track path. Theoretically, the transition curve shall also help with the navigation of the body around the curved path even when it is not banked enough. 

 

The Trajectory of Greyhound Racing Tracks

 

According to greyhound racing news, the trajectory of greyhound racing tracks is often overlooked in the track designs. However, one of the most critical factors determining the trajectory of greyhound racing is the curvature of the running path. While designing the path, the curvature must remain smooth through the moving object's trajectory. Therefore, an ideal greyhound racing trajectory shall involve two major control factors – the greyhound heading that deals with the curvature and sharpness of the running path and the greyhound kinetics that deal with the acceleration/deceleration of the greyhound. 

 

As per the greyhound racing news, the trajectory of a racing greyhound induces dynamic greyhound conditions like centrifugal acceleration, centrifugal jerk and the greyhound heading yaw rate. Also, it influences racing greyhound states like the braking forces and leaning because of the ground reaction force, the stride frequency, centripetal force, and stride length. Therefore, a discontinuity in any dynamic conditions shall result in unpredictable dynamic imbalance for the racing greyhound.