The KICKR CORE delivers a realistic, accurate, and quiet indoor training experience by using the proven flywheel technology and advanced algorithms of Wahoo's legendary indoor bike trainers. The KICKR CORE indoor trainer is built with the durabilty to withstand all of your indoor training sessions and no other brand of smart trainers has more apps and software training options, including Wahoo SYSTM, Zwift, and Trainer Road.
PLEASE NOTE: Some assembly is required. The KICKR CORE does not include a cassette or wheel block. These items can be purchased separately.
KICKR CORE features a 12lb flywheel engineered to provide riders with the precise inertia needed to recreate an outdoor ride feel while training indoors
The belt motor drivetrain on the KICKR CORE was designed specifically to provide a smooth and virtually silent riding experience.
When connected to your smartphone, tablet or computer, KICKR CORE automatically sets your resistance via your favourite app or software.
The KICKR CORE flywheel is innovative and proven technology that emulates the power and inertia experienced during outdoor riding. It provides the most realistic ride feel especially when using virtual riding/training platforms like SYSTM, Zwift, and Trainer Road.
The resistance of the KICKR CORE automatically adjusts to simulate climbs up to a 16% incline.
Enhanced power accuracy to provide accurate power measurement of +/- 2% and generate up to 1800W of resistance.
Our simple and intuitive Wahoo Fitness app offers guided instructions on how to set-up the KICKR CORE and pair your 3rd party apps and sensors to fine tune your ride.
The KICKR CORE features 12x142 and 12x148 thru axle compatibility in addition to standard 130/135mm quick release.
The design of the KICKR CORE ensures clearance for flat mount and disc brake equipped bikes.
ANT+ and Bluetooth capabilities allow it to connect to both smartphones and GPS devices simultaneously or separately. An ANT+ FE-C connection allows the KICKR CORE to be controlled from any FE-C enabled device or application.