Bodyboard Finger Grip Traction
Ergonomically designed Bodyboard Finger Grip Traction pads offer a customizable enhanced grip experience. With two sets of three pad sizes, everyone can find their favorite grip configuration on the nose corners of their board and feel more connected to their bodyboard than ever.
Test your preferred grip by naturally grabbing the nose of your board with one hand, with your other hand on the outside rail, as if you were riding the wave. Then with your hand still holding onto the nose of the board, take a look at the hand placement and usethis as a guide to adhere the best combination of Finger Grip Traction pads that will feel custom to you. The fun possibilities are endless.
Instructions:
Be sure the area is clean and free of wax or any other substance. Traction is designed to adhere only to the slick (bottom) of the bodyboard. Check your configuration before application. When ready, remove the paper backing from the traction and gently apply the traction to the board. Repeat the previous step if there are multiple pieces in your configuration. Once you have adhered each peice in its place and you are content with the placement, firmly press the traction to secure it.
Features:
High quality self-adhesive EVA
Three different pad sizes
Six pads per package
Precisely engineered for fingertips
Product Specs:
2x 2.5cm (short side) by 2.2cm (wide) by 5cm (long side)
2x 5cm (short side) by 2.2cm (wide) by 7.5cm (long side)
2x 7.5cm (short side) by 2.2cm (wide) by 10cm (long side)
Disclaimer:
Hubboards Bodyboard Finger Grip Traction is designed to assist the rider in holding their bodyboard. Hubboards does not guarantee that this product will prevent the loss of grip of the bodyboard. Hubboards still recommends the use of a bodyboard leash to keep the bodyboard near the rider during occurrences where the rider loses grip of the bodyboard. Proper adherence of traction depends on several factors during application, and Hubboards does not warranty the traction will remain on the bodyboard for any duration of time. Although, if applied correctly, it is reasonable to expect the traction to stay in place for several months or longer.