A little less travel, and a LOT more bike
The new RIP 9 RDO sports 140mm of CVA suspension on a light, stiff, strong RDO carbon frame. With a 150mm travel FOX 36 fork up front, a 66-degree head tube angle, and a 75.8-degree seat tube angle, we’re hitting the sweet spot of efficiency and capability. We also built in more standover clearance and a shorter seat tube to accommodate 170mm dropper posts.
By adding new Rib Cage struts across the front triangle, flattening the top and down tubes, widening the main rocker link pivot, and beefing up the rear triangle, the entire bike is stiffer from front to back. The struts reduce bottom bracket deflection while keeping the upper portion of the front triangle supple and compliant. And the wide, flat surfaces found on Niner's top and downtube help to absorb frontal impacts and vibrations while resisting deflection (twisting) under torsional load.
 
RIDER TYPE: Trail, Enduro, All-Mountain
MAX WHEEL SIZE: 29"
SIZE RANGE: S, M, L, XL
COLORS: Baja Blue/Silver, Santa Fe Sand, and Satin Carbon
DT Swiss M1900 wheels
FOX 36 Float Factory GRIP 2 EVOL fork w/150mm travel
SRAM GX Eagle drivetrain and brakes

- FEATURES -

A little less travel, and a LOT more bike
The new RIP 9 RDO sports 140mm of CVA suspension on a light, stiff, strong RDO carbon frame. With a 150mm travel FOX 36 fork up front, a 66-degree head tube angle, and a 75.8-degree seat tube angle, we’re hitting the sweet spot of efficiency and capability. We also built in more standover clearance and a shorter seat tube to accommodate 170mm dropper posts.
By adding new Rib Cage struts across the front triangle, flattening the top and down tubes, widening the main rocker link pivot, and beefing up the rear triangle, the entire bike is stiffer from front to back. The struts reduce bottom bracket deflection while keeping the upper portion of the front triangle supple and compliant. And the wide, flat surfaces found on Niner’s top and downtube help to absorb frontal impacts and vibrations while resisting deflection (twisting) under torsional load.
 
Additional Information