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This page collects the complete normative reference tables for the tennis overhand serve — the full 5th–95th percentile range for each competition level, drawn from the same normative dataset that backs the Normative Ranges guide. See that page for how to interpret these tables. Each competition-level dataset was built by pooling all valid serve sessions per athlete, selecting the single session closest to that athlete’s overall average across all metrics, then re-analyzing with the latest biomechanical analysis software and removing sessions that failed Uplift’s quality assurance tests. Unlike baseball, the tennis dataset currently only supports Youth, Professional, and Broad (All Levels) populations — College and High School brackets are not yet available.

Youth Sample

Kinematic Sequence – Forward (Serve Direction) Angular Velocities & Speedups

Prefer higher velocities and speedup factors for better performance.

Kinematic Sequence – Twist Angular Velocities & Speedups

Prefer higher velocities and speedup factors for better performance.

Loading Phase

Deviations from center indicate atypical positioning, not necessarily poor performance.

Cocking and Acceleration Phase

Deviations from center indicate atypical positioning, not necessarily poor performance.

Contact Phase

Deviations from center indicate atypical positioning, not necessarily poor performance.

Landing Phase

Deviations from center indicate atypical positioning, not necessarily poor performance.

Professional Sample

Kinematic Sequence – Forward (Serve Direction) Angular Velocities & Speedups

Prefer higher velocities and speedup factors for better performance.

Kinematic Sequence – Twist Angular Velocities & Speedups

Prefer higher velocities and speedup factors for better performance.

Loading Phase

Deviations from center indicate atypical positioning, not necessarily poor performance.

Cocking and Acceleration Phase

Deviations from center indicate atypical positioning, not necessarily poor performance.

Contact Phase

Deviations from center indicate atypical positioning, not necessarily poor performance.

Landing Phase

Deviations from center indicate atypical positioning, not necessarily poor performance.

Broad Sample (All Levels)

Kinematic Sequence – Forward (Serve Direction) Angular Velocities & Speedups

Prefer higher velocities and speedup factors for better performance.

Kinematic Sequence – Twist Angular Velocities & Speedups

Prefer higher velocities and speedup factors for better performance.

Loading Phase

Deviations from center indicate atypical positioning, not necessarily poor performance.

Cocking and Acceleration Phase

Deviations from center indicate atypical positioning, not necessarily poor performance.

Contact Phase

Deviations from center indicate atypical positioning, not necessarily poor performance.

Landing Phase

Deviations from center indicate atypical positioning, not necessarily poor performance.