Traditional timing systems record the first beam interruption — regardless of whether an arm, a leg, or equipment caused it.

Error Correction Processing (ECP) is designed to identify the moment that actually represents sprint performance. 

Schematic explanation of error correction processing where only torso triggers the system

As an athlete passes the beam, the Tendo Sprint System analyses all interruptions and determines when the torso crosses the beam — the most stable and biomechanically relevant reference point for sprint timing.

This approach:

  • Filters out false triggers

  • Reduces variability between runs

  • Produces more repeatable sprint times across athletes and sessions

Learn more here »

Traditional timing systems record the first beam interruption — regardless of whether an arm, a leg, or equipment caused it.

Error Correction Processing (ECP) is designed to identify the moment that actually represents sprint performance. 

Schematic explanation of error correction processing where only torso triggers the system

As an athlete passes the beam the Tendo Sprint System analyses all interruptions and determines when the torso crosses the beam — the most stable and biomechanically relevant reference point for sprint timing.

This approach:

  • Filters out false triggers

  • Reduces variability between runs

  • Produces more repeatable sprint times across athletes and sessions

Learn more here »

  • Filters out false triggers

  • Reduces variability between runs

  • Produces more repeatable sprint times across athletes and sessions

Learn more here »