Executing a Successful Third Shot Drop in Pickleball

TL;DR

This paper models pickleball ball aerodynamics to identify optimal initial speeds, angles, and spins for executing successful third shot drops, providing practical guidance for players and coaches.

Contribution

It introduces a numerical model of pickleball aerodynamics to determine effective parameters for third shot drops, a novel approach in pickleball strategy analysis.

Findings

Optimal initial speed ranges identified for different shot directions.

Optimal initial angle ranges specified for shot accuracy.

Spin effects are found to be of secondary importance.

Abstract

We define and investigate a successful third shot drop in pickleball using a numerical model of pickleball ball aerodynamics. Our overall objective is to investigate the ranges of initial speeds, angles and spins that result in a successful third shot drop. We conclude that the initial speed must be in the range $10.9~ms^{-1}$ to $13~ms^{-1}$ for down-the-line shots and $13.3~ ms^{-1}$ to $16~ms^{-1}$ for cross-court shots. The initial angle must be in the range $15.5$ degrees to $22.5$ degrees for down-the-line shots and $12.5$ degrees to $18$ degrees for cross-court shots. We conclude that the effects of spin on the third shot drop are of secondary importance. We believe these results could be useful as a guide to coaches and players wanting to develop this crucial aspect of the game of pickleball.