A gravel bike from Revel?! Yep, we're better known for our shreddy mountain bikes with legendary CBF suspension, but a little known fact is most of us here at Revel ride gravel bikes at least as much as we ride mountain bikes. We're also the same people behind Why Cycles and their R+, so we like to think we know a thing or two about designing high end, modern gravel bikes. Really, we're materials geeks at heart, and we always like to use the right material for the right application. However, gravel bikes are where the waters get a little muddy. We've been riding the titanium R+ since we launched it in 2016 and it has gotten glowing reviews, but we all wanted a carbon version too.
We knew we could make a pretty neat gravel bike by taking full advantage of the ability to shape carbon exactly how we want and truly optimize the ride quality.
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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.