★ COLOR: Kelly Green
★ MATERIAL: Custom Teak Polymer
★ HARDNESS: 85D Durometer
★ SIZE: 6.6mm diameter, 5mm wide
★ BEARING POCKET: Yes
★ BEARING TYPE: Premium ABEC-9 Stealth Bearings
We took all the feedback from the first release and have worked to make these even better. Apex wheels now include a Bearing Pocket - a full custom bearing lock that prevents the bearing from coming out except while using a bearing press.
Set of four Apex Series, Mini "Shorty" Shape All Terrain Polymer (ATP) Fingerboard Wheels in "Kelly Green".
These superior performing, highly durable custom all terrain polymer wheels are completely new to the fingerboard industry and exclusive to Teak Tuning. The Apex Series ATP wheels feature a low friction grip for a slick and smooth feeling while riding. The Teak custom hybrid polymer blend collects less dirt, and provides excellent control and performance on any surface, smooth or rough - indoor and outdoor. These wheels have a low level squeak when you powerslide across a surface or do a sharp turn. The polymer blend material is extremely durable and resistant to damage. These wheels feature a medium grip with an 85D durometer, and measure 6.6mm in diameter and 5mm wide.
These wheels contain premium bearings with an ABEC-9 rating. These bearings are our highest quality fingerboard wheel bearings. They are extremely smooth and completely silent. These are sturdy bearings that will allow extreme movement and control. However, due to them being greased and completely shielded, they do not have the free spin our "Ultra Spin" Edition bearings do. In actual use, they are extremely responsive and have a very free roll.
These wheels are designed and made in the USA using a premium quality, custom Teak blended, hard plastic material. Each wheel is casted and cut in New York. Colors are hand mixed and may vary slightly between sets.
Perfect for riders of all skill levels. Includes a free Teak Tuning sticker. Storage tube cap color may vary.
CHOKING HAZARDSmall Parts. Not suitable for children under the age of 14.
