Free Athletic Performance Tool

Squat StrengthPredictor

Enter your squat max and bodyweight to predict your vertical jump and sprint speed — and see exactly what strength gains will do for your athleticism.

↑ Vertical Jump Percentile Calculator ↑ Sprint Speed Percentile Calculator

Your Stats

Strength-to-Bodyweight Ratio
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Predicted Vertical Jump
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inches
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Predicted 40-Yd Dash
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seconds
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How Your Squat Compares
UntrainedBeginnerIntermediateStrongElite
What Happens If You Get Stronger?
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Your Training Priority

Why Squat Strength Predicts Athletic Performance

The back squat is the single best proxy for lower-body maximal strength in athletic testing, which is why it correlates so strongly with vertical jump, sprint speed, and change-of-direction ability. All three qualities depend on how much force your legs can produce against the ground — squat strength tells you the ceiling on that force output.

Research consistently shows that athletes who squat 1.5 to 2 times their bodyweight jump significantly higher and accelerate faster than untrained individuals at the same bodyweight. Increasing your squat max by roughly 20% typically correlates with a 2 to 4 inch increase in vertical jump and a 0.1 to 0.2 second improvement in the 40-yard dash.

Squat Strength Standards by Level

Level Male (x Bodyweight) Female (x Bodyweight) Elite Threshold
Untrained0.5–0.75x0.4–0.6x1.0x+
High School Athlete1.0–1.3x0.8–1.1x1.5x+
College Athlete1.4–1.8x1.1–1.4x2.0x+
Strong Athlete2.0x1.5x—
Elite Athlete2.5x+1.8x+—

How to Build Squat Strength Efficiently

Squat strength responds best to a structured progression rather than random heavy days. Three principles matter most:

Progressive overload — adding small amounts of weight or reps over time is what actually drives strength gains. A linear progression adding 5–10 lbs per session works well for beginners; intermediate and advanced lifters need periodized programming with planned volume and intensity waves.

Technique consistency — squat depth, bar path, and bracing technique all affect how much of your raw strength translates to a tested max. Small technical breakdowns under heavy weight cost real numbers on test day.

Pairing with explosive work — strength alone builds the ceiling, but plyometrics and sprint work convert that strength into the speed and power that shows up on the field. Check your Vertical Jump Percentile and Sprint Speed Percentile to see how your current strength is translating.

Frequently Asked Questions

Does squat strength improve vertical jump?
Yes — squat strength is one of the strongest predictors of vertical jump height. Athletes who squat 1.5 to 2 times their bodyweight have significantly higher vertical jumps than untrained individuals. Increasing your squat max by 20% typically correlates with a 2 to 4 inch increase in vertical jump. Use our Vertical Jump Calculator to see where you rank.
How much should I squat to jump higher?
To meaningfully improve your vertical jump, aim to squat at least 1.5 times your bodyweight. Athletes who squat 2 times bodyweight or more tend to have elite vertical jumps. The relationship between squat strength and vertical jump is strongest when combined with plyometric training.
Does squat strength affect sprint speed?
Yes, especially for acceleration over short distances like the 40-yard dash. Athletes with high relative squat strength apply more force into the ground during each stride. Athletes who squat 2 times bodyweight are typically 0.2 to 0.4 seconds faster in the 40-yard dash than athletes who squat 1.0 times bodyweight.
What is a good squat for an athlete?
For athletic performance, a squat of 1.5 times bodyweight is a solid foundation. Squatting 2.0 times bodyweight is considered strong for a male athlete and correlates with elite-level vertical jump and sprint performance. Female athletes at 1.5 times bodyweight are also considered very strong for their sport.
What is the average squat for a high school athlete?
The average high school male athlete squats approximately 1.0 to 1.3 times their bodyweight. Female high school athletes average around 0.8 to 1.1 times bodyweight. College-level athletes typically squat 1.4 to 1.8 times bodyweight, and elite athletes often exceed 2.0 times bodyweight.
Should I squat or do plyometrics to jump higher?
Both. The best vertical jump gains come from combining heavy squats with plyometric training. Squats build the force production capacity, while plyometrics train the rate of force development and stretch-shortening cycle. Either approach alone produces smaller gains than the two combined.