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Specs
WEIGHT
~397 grams (weight varies by size)
DAMPING
Twin-tube independent compression and rebound in two high-speed and four low-speed damping circuits
ADJUSTMENTS
4-way independent adjustment:
High speed compression
Low speed compression
High speed rebound
Low speed rebound
Climb Switch On/off
SHAFT MATERIAL
Aluminum 7075
SHAFT DIAMETER
8mm
AIR SPRING
LinEair Air Spring
FINISH
Anodized and laser-etched
MOUNTING INTERFACE
High performance low friction IGUS bushing 1/2" Universal Axle
Features
DOUBLE BARREL TWIN TUBE TECHNOLOGY
Exclusive Twin Tube Technology circulates oil continuously through the damping valving to achieve highly controllable, independent damping for both compression and rebound strokes. This unique design moves oil through externally adjustable valving instead of the main piston, allowing for superior tunability and eliminating the need for internal valving changes to achieve proper shock setup.
CLIMBING SWITCH TECHNOLOGY
CS is the most innovative climbing feature available. This proprietary climbing feature (patent-pending) for Double Barrel shocks alters the entire low frequency dynamic response of the shock to specifically address the demands of ascending on a bicycle. For more information, graphs, and videos visit our Double Barrel Climbing Efficiency page.
LinEair Spring
The DBAIR [IL]is the first shock to feature our LinEair Spring. Requiring a lower force to activate, the LinEair Spring provides the consistent feel of a coil shock from the initial stroke, full support during mid stroke and the added bonus of a progressive air spring curve when deep in the travel.
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Specs
Size
Metric
Imperial
This is a size chart.
Geo
Metric
Imperial
Geometry of this bike.
Reach
Horizontal measurement taken from the middle of the bottom backet to the middle of the headtube.
Stack
Vertical measurement taken from the middle of the bottom bracket to the middle of the headtube.
Effective Top Tube
Horizontal measurement taken from the middle of the seatube to the middle of the headtube.
Actual Top Tube
True length of the top tube taken from the seatube along the toptup to the headtube.
Standover Height
Vertical measurement taken from the ground to the the middle of toptube.
Seat Tube Angle
Angle of the seatube.
Seat Tube Length
Lenght of the seat tube taken from the bottom bracket to the top of the seat tube (the measure is taken alongside the seat tube)
Headtube Angle
Angle of the headtube.
Headtube
Vertical lenght of the headtube.
Chainstay
Horizontal measurement taken from rear axle to the bottom bracket.
Wheelbase
Horizontal measurement between the two wheel axles.
BB Height
Vertical measurement taken from the ground to the bottom bracket (Never taken at sag).
BB Drop
Vertical measurement between the height of the axles and the height of the bottom bracket.
