Beep Test Calculator – Guide & Formulas
Calculate your VO2 Max, distance, and fitness percentile using your beep test score.
Try the free calculator
Put these formulas into practice with our instant, step-by-step Beep Test Calculator.
Use our free beep test calculator to calculate your VO2 Max score from your shuttle run results. The beep test (also called the bleep test, 20-meter shuttle run test, or multi-stage fitness test) is a progressive cardiovascular endurance assessment used by athletes, police, military, and soccer players worldwide. This online beep test calculator instantly converts your peak level and completed shuttles into an estimated VO2 Max score with fitness percentile rankings. Whether you need a beep test calculator for police fitness, military beep test preparation, or soccer beep test training, our calculator provides accurate results with age and gender-specific norms.
Key Takeaway
Use the free Beep Test Calculator to calculate your vo2 max, distance, and fitness percentile using your beep test score. Get instant results with step-by-step explanations.
How to Use the Beep Test Calculator
- Select your biological sex and enter your age for accurate beep test score calculation.
- Choose your final achieved level (1 to 21) and the number of completed shuttles at that level in the 20-meter shuttle run.
- View your estimated VO2 Max rating, total shuttles completed, and distance run in meters and kilometers.
- Compare your beep test results against fitness norms for athletes, police, military, and general population cohorts.
The Formula
Variable Definitions
- T: The total cumulative time elapsed during the beep test in decimal minutes
- VO2 Max: Estimated maximum aerobic oxygen uptake (mL/kg/min)
Determining Aerobic Capacity from Beep Test level
An athlete completes Level 10, Shuttle 6 before missing the beep pacing twice.
- Step 1: Identify that Level 10, Shuttle 6 corresponds to a total of 91 completed 20-meter shuttles.
- Step 2: Calculate total distance run: 91 shuttles * 20 meters = 1,820 meters.
- Step 3: Extract the standard regression velocity and time elapsed (approximately 10.5 minutes).
- Step 4: Compute the VO2 Max: 3.46 * 10.5 + 12.2 ≈ 48.5 mL/kg/min.
- Step 5: This score represents high-average cardiorespiratory fitness for standard athletic profiles.