FEEL leverages the versatility of FDM (Fused Deposition Modeling) and Resin 3D printing technologies to craft custom grips that redefine comfort and performance. By combining these printing methods, FEEL provides bespoke grips that are perfectly aligned with each player's unique preferences and playing style.

At FEEL, we utilize photoinitiator-infused photopolymer resins in our 3D printing process to create grips and buttcaps with variable hardnesses. This advanced material allows us to precisely control the firmness of each grip and buttcap, tailoring them to the specific preferences of the player.

FEEL harnesses the power of FFT (Fast Fourier Transform) analyses and Waterfall analyses to meticulously measure and assess the dynamic properties of rackets. By employing these sophisticated techniques, we can capture a detailed spectrum of vibrations and sound frequencies emitted by the racket during play. This allows us to identify even the subtlest nuances in racket behavior, ensuring that each customization or adjustment is precisely tailored to enhance the player's experience. Through these advanced analyses, FEEL guarantees that every racket is optimized for peak performance, matching the individual needs and preferences of the player with scientific accuracy and artistry.

FEEL integrates Baseline Vision's advanced ball tracking technology to back our recommendations with solid data, providing customers with insightful analytics that highlight how specific racket customizations can elevate their game, ensuring each suggestion is grounded in precise performance metrics. We are currently working on getting this technology ready for the padel and pickleball court.

The Wilson Baiardo Stringing Machine stands at the pinnacle of stringing technology, offering unmatched precision and efficiency. The Wilson Baiardo Tune Pro elevates racket customization to new heights, providing FEEL with the capability to fine-tune rackets with exceptional precision.