Racquet Recommender
Start with a racquet and use measured specifications and performance characteristics to identify suitable alternatives.
Open toolInteractive tennis science
Turn laboratory measurements into comparisons, equipment choices, customization plans, and what-if experiments. Choose a category below or browse the complete directory.
The Tennis Physics home page highlights a few useful starting points. This directory collects the full racquet, customization, and string tool sets found throughout TWU.
Start with a racquet and use measured specifications and performance characteristics to identify suitable alternatives.
Open toolCompare racquets across power, sweet-zone size, swing speed, spin, plow-through, shot speed, launch angle, and trajectory.
Open toolFind racquets with closely matching static and dynamic measurements, then compare them with a selected reference racquet.
Open toolPlace measured racquet specifications and performance properties side by side for direct comparison.
Open toolCompare the percentage of impact speed returned by the ball at measured locations across the stringbed.
Open toolMap and compare stringbed areas that meet selected power-potential thresholds.
Open toolCompare how racquet mass distribution and impact location affect racquet slowdown and continued motion through impact.
Open toolCompare predicted outgoing ball speed using measured racquet properties and impact conditions.
Open toolExplore the effective mass presented by a racquet at different impact locations.
Open toolExamine how much the racquet contributes to shot speed under different swing and impact assumptions.
Open toolCompare ball paths, speed, spin, launch angle, net clearance, and distance while changing one input at a time.
Open toolExplore racquet vibration frequency and the measurements that influence vibration behavior.
Open toolEnter current and target racquet specifications to calculate where and how much mass to add.
Open toolSpecify an added-mass location and amount to calculate the resulting weight, balance, and swingweight.
Open toolCalculate swingweight from simple pendulum measurements made without a dedicated swingweight machine.
Open toolStart with a known string and find alternatives with similar measured playing characteristics.
Open toolCompare two strings across material, stiffness, tension loss, energy return, spin potential, and friction.
Open toolSearch and sort the full measured string dataset across the major properties that determine performance.
Open toolCompare dynamic stiffness and related measurements that influence feel, comfort, power, and spin behavior.
Open toolCompare the measured spin-potential indicators of strings and string combinations.
Open toolCompare friction between strings, an important influence on lateral movement and snap-back.
Open toolCompare friction between the ball and string surface, which affects sliding, gripping, and spin transfer during impact.
Open toolExplore the evidence
The tools summarize and apply measured results. The experiment and article directory explains the apparatus, methods, physics, and conclusions behind them.