These articles describe the technology and science related to pickleball paddles, including the sweet spot, materials, shape, weight, balance, friction, etc.
The large number of pickleball paddle manufacturers and the wide variety of paddles they offer makes it virtually impossible for a player to try them all to determine the right paddle for their style of play and abilities. Among the most basic considerations in selecting a paddle are its weight characteristics; however, very few (if […]
Paddle Swing Weight, Recoil Weight, & Swing Radius Read More »
This post has been updated since the original publish date by including videos that demonstrate the tapping test described below. In several previous articles (“Thermoformed Paddle Delamination” and “Jansen vs Devidze Revisited”), we discussed a potential damage mechanism for delaminated paddles. In our analysis, we determined that delamination likely reduces the bending stiffness of the
Thermoformed Paddle Delamination Revisited Read More »
The women’s semi-final singles match of the Selkirk Red Rock Open in St. George, Utah in April 2023, featured Lea Jansen verses Salome Devidze. During this match, Devidze hit several groundstrokes for winners with an exceptional amount of velocity and topspin. Based on the lower frequency “thud” of Devidze’s paddle and the amount of velocity
Jansen vs Devidze Revisited Read More »
The thermoforming of pickleball paddles provides several advantages. For paddle manufacturers extra materials, adhesives, and labor are not required to bond the edge guard to the paddle. For pickleball players, the stiff carbon fiber edge acts like a frame that is similar to a tennis racquet, which allows the center of the paddle to behave
Thermoformed Paddle Delamination Read More »
The ability to put topspin on the ball should be an important component of every player’s game. As we have discussed in previous articles (see for example, “How Fast is a Pickleball Serve?”) you must hit serves and ground strokes on an upward trajectory to clear the top of the net, and soft enough so
Predicting a Paddle’s Spin Capability Read More »
In a previous article, “Power vs Control Paddles”, we discussed the important characteristics and differences between power and control paddles. In our analysis, we found that “power” paddles will tend to have softer faces than “control” paddles. Our testing methodology relied on our ability to calculate the change in kinetic energy caused by dropping a
Quantifying Power & Control Paddles Read More »
A review of several advertisements, articles, and videos on the internet finds numerous misconceptions, contradictions, and erroneous claims regarding paddle weight, power, and speed. Proponents of both lighter and heavier paddles each claim that their lighter or heavier paddles will allow you to hit the ball harder, faster, and with increased accuracy. Who is right?
Paddle Weight and Momentum Read More »
Carbon fiber has quickly become the material of choice for high-performance pickleball paddles because of its low weight, high stiffness, and high strength when compared to other materials. Depending on the grade of carbon fiber and its weave pattern, the fibers themselves can provide a rough surface finish that can increase friction between the ball
Textured Carbon Fiber Paddles Read More »
The ability to apply topspin to a pickleball is a fundamental and important tool that pickleball players should have in their arsenal. There are numerous instructional videos on the internet that describe the various techniques and exercises that a pickleball player may practice to put topspin on their serves and groundstrokes. Similarly, there are numerous
How is Topspin Generated? Read More »
After starting to play pickleball with a wooden or inexpensive “beginner” paddle, you realize that like many others, you have become addicted to the sport and want to buy your own “performance” paddle. These paddles may range from about $50 to over $300, coming in a wide range of shapes, sizes, materials, weights, and thicknesses.
Pickleball Paddle Materials Read More »