The present invention is a starter block for use in athletic events. The bottom-surface cleats which anchor the starting block to the ground are associated with blind bores extending through the lower surface. Each cleat has an associated blind bore. The positioning of the blind bores relative to the cleats allow the cleats of one starting block to be received by the blind bores of another starting block, and vice versa. This configuration allows the blocks to be stored easily and safely.

A track start wedge includes a housing, a ratchet gear assembly, and a locking pawl assembly. The ratchet gear assembly is disposed at least partially within the housing and includes a bar, a pinion gear at each end of the bar, and a ratchet gear between the ends of the bar. The locking pawl assembly is coupled to the housing and includes a locking pawl disengageably coupled to the ratchet gear and a spring operable to bias the locking pawl into engagement with the ratchet gear. The ratchet gear assembly is configured to rotate in unison in a first direction toward a front of the housing and a second direction toward a rear of the housing, but the locking pawl prevents rotation of the ratchet gear in the second direction when the locking pawl is engaged with the ratchet gear.

A starting blocks device includes a longitudinal member, a forward block removably connected to a forward part of the longitudinal member by way, and a rear block removably connected to a rear part of the longitudinal member and a sensor for determining force applied by the user.

Performance testing of an athlete uses a gate which provides status indications for the athlete during the test and a sensor which detects movement of the athlete from a start position. A controller communicates with the gate and the sensor to conduct the test. The controller receives athlete movement data and determines first movement characteristics of the athlete at the start position.

Performance testing of an athlete uses a gate which provides status indications for the athlete during the test and a sensor which detects movement of the athlete from a start position. A controller communicates with the gate and the sensor to conduct the test. The controller receives athlete movement data and determines first movement characteristics of the athlete at the start position.

The process enables a reaction time of an athlete at the start of a race to be measured with a personalized transponder module positioned on the athlete and a base station. The module comprises a receiver unit, a processing unit, a transmitter unit for data signals and a motion sensor to supply measurement signals to the processing unit. The module is activated by a received wake-up signal and a measurement of the movement is performed by the sensor at the start of the race. The data signals are transmitted to the base station and a determination of the reaction time of the athlete at the start of the race is performed to determine a possible false start if the reaction time is below a determined time threshold following the starting signal.

A track start system including a detection subsystem to detect a false start of an individual participating in a racing event and to acquire biomechanical data from the individual to produce performance metrics readable by a user regarding the individual wherein detection of the false start is detectable independent of a starting block that may be used by the individual. Another system is also disclosed.

A track start system including a detection subsystem to detect a false start of an individual participating in a racing event and to acquire biomechanical data from the individual to produce performance metrics readable by a user regarding the individual wherein detection of the false start is detectable independent of a starting block that may be used by the individual. Another system is also disclosed.

This disclosure relates generally to racing light and racing tree devices, systems, and methods. More particularly, this disclosure relates to racing tree and racing light devices, methods, and systems that include pre-stage lights, stage lights, and go lights for use in racing, such as for example drag racing. Embodiments of this disclosure omit traditional amber warning lights (i.e. the go lights are illuminated directly following the stage lights) to reward driver reaction speed.

This disclosure relates generally to racing light and racing tree devices, systems, and methods. More particularly, this disclosure relates to racing tree and racing light devices, methods, and systems that include pre-stage lights, stage lights, and go lights for use in racing, such as for example drag racing. Embodiments of this disclosure omit traditional amber warning lights (i.e. the go lights are illuminated directly following the stage lights) to reward driver reaction speed.