Go Project - Go Joe V.3 65mm - Grey

  • Nils Jansons

Joe Atkinson placed top three in almost every major international contest in the last three years. His weapon; The 65mm Go Project wheel. The first of it’s kind in this ‘mid-size’, now in it's third version (V.3).

The V.3 wheel has some notable improvements: We managed to fully extract the colour pigmentation out of the core this time leaving us with a stronger hub material. We also changed the way the hub is bonded to the urethane 'tyre' so the wheel is now more resistant to de-coring. All Go Project wheels come with a lifetime warranty against de-coring and core fracturing in case you find an anomaly.

We don't provide an 'A' (hardness) rating on our wheels because it lacks true accuracy, however; we've made the Go Joe wheel a little harder this time so that it's faster on the roll.

The compound is creamy and satin and retains a unique smooth texture once broken in. This high-end urethane is a first in the Aggressive industry.

Go Project wheels come with Go Project bearing spacers because; for the most efficient ride, the length of your spacer and the gap between your bearings must be equally matched.

Because of their 'mid' size the Joe wheels are best combined with a mid or high frame. To use on 'shallower' frames you may need to slightly modify the base of your skate in order to fit them. You can usually find the 'max wheel size' of your frames by visiting the website of a retailer selling those frames.

 

Go Project

http://goblading.com/

Here at Go Project we like to think we are taking product endorsement in the inline industry in a new direction.

Instead of having a 'team' of skaters, we enrole 'guest skaters' who partake in product endorsement PER PRODUCT. Each time we manufacture a run of products with a skater's name associated to it we pay them UPFRONT for their endorsement of that product run.

This pays the skaters their dues and allows us the freedom to work with new skaters on a regular basis.

All profits from the first production run of bearings go to the skaters.