FreeLap Timing Blog

A 40-yard dash time only makes sense when the test is run consistently. This guide explains how to interpret a 40, why timing method matters, and what the 10-yard split can tell coaches about acceleration.

What is a good reaction time for an athlete? Learn how average reaction time is measured, why results vary by test, and how coaches can interpret reaction-time numbers in a meaningful way.

Use these reaction-time exercises to train faster cue recognition, better decision-making and quicker movement. The drills progress from simple reaction work to sport-specific movement and objective timing.

Reaction time is only one part of fast sport performance. This guide explains how to structure reaction tests, separate cue response from movement time, and build repeatable athlete testing protocols.

Sprint speed testing should match the training phase, athlete level, and decision being made. Learn practical testing frequency for coaches.

Reaction time can be trained, but better sport performance requires more than responding to a light or sound. This guide explains how athletes can train reaction skills and how coaches can measure whether those gains transfer to faster movement.

Sprint speed testing should match the training phase, athlete level, and decision being made. Learn practical testing frequency for coaches.

Timing data and GPS speed data measure different things. Learn when coaches should use each for sprint testing and team sport monitoring.

Sprint timing data is most useful when coaches look for patterns, context, and repeatable changes instead of reacting to one result.