Bike Fenders FSA

Key Features:Protects and carbon alloy crank arms from galling and scratching caused by steel pedal threads Fits FSA cranks

Key Features:Star nut and top cap assemblyFor 1.1/8" steererAnodized aluminium top cap

FSA ACB TH-873E 1.1/8" 41mm 36°×45° Headset Bearing

Bottom bracket reducer, valid for installing 24mm diameter cranks on an EVO386 bottom bracket (86mm wide and 46mm diameter case) Compatible with any 30mm internal diameter bearing / bottom bracket. Reduces the internal diameter of the bearing from 30 to 24mm to be able to install cranks with a 24mm thick axle (Shimano HollowTech / FSA MegaExo)

FSA Bearing TH-073 ACB 36x45 Blue Seal (1.5")

##FSA Powerbox Carbon MTB ABS 1x Power Meter Chainset When putting the hammer down on the trail, and covering your course's climbs knowing your power output is a real help in understanding your performance, and where you can make those big improvements, right away. With the FSA PowerBox Carbon Mountain Bike ABS 1x Power Meter Chainset combining the chainset of your bike with the ability to measure such vital power statistics, you can be sure of a compact, versatile, and precise means of gauging your output at a relatively cost effective price. Weighing just 485 grams, this chainset is composed using ALI7075 100% CNC machined chainrings, allowing for strong, durable transmission of power, whilst …

FSA's MTB PowerBox Carbon Crankset employs a P2M convertible spider design for multiple chainring options. FS´s crank arms and BB392EVO spindle mated together produce a stiff, reliable, extremely versatile power meter crankset available with a double or single chainring configuration.Now available for download and purchase are the PowerBox Upgrades for the FSA PowerBox giving additional data during the ride and for analyzing your training sessions. Bluetooth (included):- With this upgrade your FSA PowerBox can transmit data via Bluetooth Low Energy (BLE or Bluetooth Smart) to your bike computer.Left/Right-Balance (included):- The L/R balance shows you the percentage each leg is contributing t…