DT Swiss E 1900 Spline 30 Front Wheel - 29" 15 x 110mm 6-Bolt Black

DT Swiss E 1900 Spline 30 Front Wheel - 29" 15 x 110mm 6-Bolt BlackYour entire focus lies on the right line choice the exact braking point and the spot on steering movement. All the everyday stress fades away you feel free and only hear the precise sound of the freehub system. The E 1900 Spline wheels were developed precisely for these freewheeling moments. A proven aluminum rim and hand laced steel spokes provide the reliability required from an Enduro wheel. Intended use = All Mountain Trail Enduro and Freeride

The Comp Streem bar is as effective in the lead out train as it is in the final turns of bell lap

Integrated storage container below the cage with CO2 cartridge holders on both sides of the cage

Want to add some color and personality to your mountain bike

Braze-on style

Whether you enjoy an easier longer climb or the following smooth descend riding will feel almost effortless Rim Width (Internal) 22 Front Axle 12mm Thru x 100mm Valve Presta Color Black Wheel Size 700c Defined Color Black ISO Diameter 622 / Road / 29" Tire Type Tubeless Ready Clincher Hub/Brake Compatibility Center-Lock Disc Rear Axle 12mm Thru x 142mm Cassette Body Type SRAM XDR Rim Material Carbon

Hydraulic disc brakes provide dependable stopping power

Reflective yarn in the shoulder straps and reflective patches on the sides Laptop Compartment No Total Volume 20 Carry Location Rear Number of Compartments 2 Off Bike Carrying Method Backpack Strap Color Black Waterproof Yes Includes Rain Cover No Access Style Roll Top Weight 1550 Individual or Pair

The Kingpin Deluxe fork is perfect for fat bike expeditions keeping you nimble even when fully loaded

Updated hammer type DX TwinHead

High-modulus carbon fiber frame

Two-seat passenger compatibility for human passengers big or small – no adapter needed (Thule Yepp Nexxt Maxi and Burley Dash)

The T30 features a unique fish scale center strip and is optimized for low rolling resistance while maintaining braking traction and stability in demanding conditions