Product Details
The Cannondale Women's Synapse Carbon Hi-MOD Ultegra Di2 Road Bike has BallisTec Hi-MOD carbon construction and BallisTec Hi-MOD carbon forks to deliver an exceptionally light-weight for this category of bike for a high-performance feel. This bike thrives on both open roads and gravel roads. Your rides will go longer on the light, stiff and surprisingly comfortable Cannondale Women's Synapse Carbon Hi-MOD Ultegra Di2 Road Bike.
Features
Shimano Ultegra Di2 Hydro Disc Drivetrain
HollowGram Crankset
HollowGram 45 SL KNØT Wheelset
Vittoria Corsa Tires
Built for Endurance, Speed and Comfort
UPC:
Tech Specs
Weight: 8.6 KG / 19.1 LBS
Wheel Sensor: Cannondale Wheel Sensor
Bottom Bracket: Cannondale BB30
Chain: Shimano HG701, 11-speed
Crank: HollowGram, BB30a w/ OPI SpideRing, 50/34
Front Derailleur: Shimano Ultegra Di2, braze-on
Pedals: Not Included
Rear Cogs: Shimano Ultegra, 11-34, 11-speed
Rear Derailleur: Shimano Ultegra Di2 RX
Shifters: Shimano Ultegra Di2 hydro disc, 2x11
Fork: BallisTec Hi-MOD Carbon, SAVE, integrated crown race, 12x100mm thru-axle, internal routing, size-specific design - 44-48: 1 1/8" steerer, 60mm rake 51-54: 1-1/8" - 1-1/4" tapered steerer, 55mm rake
Frame: BallisTec Hi-MOD Carbon, Di2 ready, SAVE, BB30a, flat mount, 12mm thru axle, internal cable routing, removable fender bridge
Headset: Synapse Si, 25mm Carbon top cap
Front Hub: HollowGram KNØT, sealed bearing 12x100 centerlock
Rear Hub: HollowGram KNØT, 12x142 centerlock w/ DT Swiss internals
Rims: HollowGram 45 SL KNØT, Carbon, 20h front, 24h rear, 45mm deep, 21mm ID, tubeless ready
Spokes: DT Swiss Aerolite
Tire Size: 28
Tires: Vittoria Corsa, 700 x 28c
Wheel Size: 700c
Brake Levers: Shimano Ultegra Di2 hydro disc
Brakes: Shimano Ultegra Di2 hydro disc, 160/140mm RT800 rotors
Grips: Cannondale Grip Bar Tape w/Gel, 3.5mm
Handlebar: HollowGram SystemBar SAVE, Carbon, 8 deg. pitch adjust
Saddle: Fabric Line Shallow Race, 142mm, titanium rails
Seatpost: Cannondale 2, UD Carbon, 25.4 x 350mm
Stem: All-New HollowGram SAVE, alloy, -6°