Driven Racing D Axis Bar End Mirror

This 6161 billet aluminum mirror offers a range of special features.

Driven racing d axis bar end mirror.

Fullscreen zoom 121. When designing the d axis bar end we wanted to create a 2 tone bar end using some interacted machining process we make the 1st step on the lathe for the second piece we use a 3d tool path to create a window and expose the color of the first bar end thus creating a two tone bar end that will look and function brilliantly on any bike used. Mirrors our high quality mirror systems are made of anodized 6061 billet aerospace grade aluminum in your choice of 5 colors black blue gold red silver and have a 1 5mm convex glass wider viewing area. D axis mirror system d axis and est evo spec technology full 180 degree adjustability multi color d axis arm black blue gold red silver anodized 6061 billet aerospace grade aluminum 1 5mm convex glass wider viewing area bar end adapters will be needed to fit various bikes.

Specifically designed to help reduce vibration and arm pump while riding. Deep grove lines machined horizontally for a clean yet dramatic look. 15 read 15 reviews 8 q as write a review. Driven brand driven model d axis bar end mirror black item weight 6 4 ounces product dimensions 5 5 x 3 5 x 1 inches item model number trtb2673 is discontinued by manufacturer no manufacturer part number dxm bk oem part number dxm bk.

Replace your stock mirrors and give your bike a high tech look while you do it with these 180 adjustable bar end mirrors from driven. Has a full 180 range of adjustability. Driven racing d axis bar end mirror 134 99 driven racing d axis bar end mirrors are a universal fit to almost any motorcycle handlebar. Each individual bar end is made on a 7 axis lathe allowing us to machine every complex contour in one simple operation.

Driven racing driven racing d axis bar end mirror. We will show you products that fit your motorcycle. Available in 5 anodized colors black red gold blue silver. Mirror face uses 1 5 mm convex glass for a wide viewing area.