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Inside the Lab: How 3D printing enhances pickleball paddle design
The following information was provided by one of our engineers during a break from the lab. In the Selkirk Lab, engineers leverage additive manufacturing — commonly known as 3D printing — to aid the pickleball paddle development process. This technology enables engineers to rapidly prototype paddles and their components, allowing for extensive experimentation with various shapes, ergonomics, and performance characteristics before committing to full-scale... -
Inside the Selkirk Lab: How Selkirk uses a performance cannon to test paddle power and spin
The following information was provided by one of Selkirk’s engineers during a brief break from work in the Selkirk Lab. Selkirk Sport engineers take testing seriously — not just to meet industry standards but to advance paddle technology. One of the most sophisticated tools used in the Selkirk Lab is the performance cannon, a machine designed to quantify paddle power and spin under highly... -
Inside the Selkirk Lab: How measuring swing weight and twist weight help pickleball paddle performance
The following information was provided by one of Selkirk’s engineers during a brief break from work in the Selkirk Lab. If you're in the market for an advanced pickleball paddle, understanding the concepts of swing weight and twist weight is crucial. Both characteristics significantly influence a player's control, power, and overall gameplay experience. Understanding swing weight and twist weight To understand paddle weights...
