The Caledonia-5 is the bike we keep reaching for when we know the odometer’s going well past the triple-digit mark. Long rides invariably have some smooth tarmac, some junk pavement over backroads, a cutty singletrack connector, and maybe even your own local Strade Bianche sector. So we built a bike that could take on all of them, do it well, and fit fenders in case the ominous clouds turn into a downpour 130km into your day
The Cervelo Caledonia-5 Features:
- AERO CABLE MANAGEMENT- The Cervélo frame, fork, handlebars, and associated components are designed to hide brake and shift control lines (mechanical, electrical, and hydraulic) from the wind for improved aerodynamics, without sacrificing usability or performance.
- PERFORMANCE FIT - The Caledonia-5's integrated stem and two bearing cap options allow for stacks ranging between an aggressive 7mm and a relaxed 22mm without the use of spacers. With a wider fit coordinate range (stack) of 580mm to 687mm, the Caledonia can be slammed or more upright. All while looking and being seamlessly fast in the wind.
- REMOVABLE FDM - Our bolt-on front derailleur mount is made from high-strength aluminum alloy and attaches to the frame with two countersunk screws. This allows for easy replacement in the event of damage but also enables you to adapt to new standards as they become available or remove the front derailleur mount completely if you choose a 1x system.
- INTEGRATED ACCESSORY MOUNTS - Integrated mounts enable the use of fenders, lights, and computers without compromising the aerodynamics or structure of your bike. The built-in mount systems provide a simple and clean-looking solution.
- Freedom of Movement - Fabric with just the right amount of stretch for easy movement
- SRAM INTEGRATED POWER - Red and Force builds include Quarq Zero powermeters integrated into the crank. The integration of a powermeter results in better stiffness, lighter weight, and improved accuracy over aftermarket solutions—and the DZero delivers power measurement accurate to +/- 1.5%, even in variable temperatures.
