Agility Score Calculator
Agility is one of the most sport-relevant physical qualities in team sports, combat sports, and racket sports. Unlike pure speed tests, agility tests require the athlete to decelerate, change direction, and re-accelerate, taxing neuromuscular control, lower body power, and balance simultaneously. The T-test and Illinois agility test are two of the most widely used and studied agility assessments, with established normative data allowing performance to be classified and tracked over training cycles. This calculator accepts your time from either test and returns a performance classification, percentile estimate, and target time for the next classification level.
T-test and Illinois normative data
T-Test male: Excellent <9.0s, Good 9.0-10.0, Average 10.0-11.0, Poor >11.0s
T-Test female: Excellent <10.0s, Good 10.0-11.0, Average 11.0-12.0, Poor >12.0s
Illinois male: Excellent <15.2s, Good 15.2-16.1, Average 16.2-18.1, Poor >18.1s
Illinois female: Excellent <17.0s, Good 17.0-18.0, Average 18.0-21.0, Poor >21.0s
Frequently asked questions
What is agility in sports science?
Agility is defined as the ability to rapidly change whole body position, direction, and speed in response to a stimulus. Modern definitions distinguish between closed agility (changing direction on a predetermined course) and reactive agility (responding to an unpredictable stimulus). The T-test and Illinois test measure closed agility.
How do you perform the T-test?
Set up cones in a T-shape: start cone (A), cone B 10m ahead, cones C and D 5m either side of B. Sprint from A to B, sidestep left to C, sidestep right to D, sidestep back to B, backpedal to A. Time the complete circuit. Male elite athletes complete the T-test in under 9.0 seconds; female elite in under 10.0 seconds.
What is the Illinois agility test?
The Illinois agility test involves running 10m forward, navigating a figure-8 slalom course, then running 10m back to the start. It assesses speed, change of direction ability, and body control. Norms for men: Excellent below 15.2s, Good 15.2-16.1, Average 16.2-18.1, Poor above 18.1 seconds.
How do I improve my agility score?
Agility improves through ladder drills, cone drills, reactive drills, and strength training. Key factors include lower body power (for quick deceleration and re-acceleration), balance, and neuromuscular control. Reactive agility (responding to visual cues) requires sport-specific training beyond closed cone drills.
Is agility related to speed?
Agility and linear speed are related but distinct qualities. An athlete can have excellent linear speed but poor agility if their change-of-direction mechanics are inefficient. Research shows that T-test times correlate only modestly (r = 0.3-0.5) with 40m sprint times, indicating that both qualities must be trained independently.
Official sources
- National Strength and Conditioning Association: NSCA Agility Testing Protocols and Norms.
- American College of Sports Medicine: ACSM Change of Direction Testing.
Reviewed by the CalculatorHub team, edited by James Graham, 14 June 2026. See our methodology.