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How many LABS pickleball paddle prototypes have not made it to market?
At Selkirk Sport, every new product begins with an idea, but not every idea becomes a for-sale paddle. Behind the scenes, a massive amount of research, prototyping, and testing occurs before a product ever sees a professional court — and some never do. The Selkirk Lab houses the company’s most ambitious concepts, prototypes, and innovations that, for one reason or another, aren’t yet ready... -
Inside the Selkirk Lab: How a CT scanner helps ensure paddle durability and quality
The following information was provided by one of our engineers during a break from the lab. Selkirk engineers take paddle performance and durability seriously, and to help aid in testing, the Selkirk Lab members use a piece of equipment that is rare to the pickleball world: an industrial CT scanner. Although CT scanners are more commonly associated with hospitals or advanced aerospace research labs,... -
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...
