2009 Yamaha FJR1300, FJR13AY(C) & FJR13AEY(C) Service Manual (P/N Lit-11616-22-73)

• Covers 2009 Yamaha FJR13AY(C) and FJR13AEY(C) models, documenting technical service and maintenance specifications for the standard FJR13A and the YCC-S equipped FJR13AE
• Original OEM publication P/N LIT-11616-22-73 (first edition, September 2008), containing 744 pages of comprehensive factory data
• Features 37 detailed exploded-view diagrams for engine and chassis assembly, 5 electrical system block diagrams, and exhaustive torque-value tables
• Details the proprietary YCC-S shift system hardware unique to the AE trim

What the Manual Documents

This 2009 Yamaha FJR1300 service manual delivers extensive factory documentation for technicians and owners working on the FJR13A and FJR13AE series. The content covers the complete powertrain, chassis layout, cooling management, and complex electrical networks. Detailed breakdown sections examine the Yamaha fuel injection system, unified brakes, and YCC-S electronic shifting components. Readers gain clear insights into frame dimensions, weight distribution, and transmission gear ratios for the 5-speed constant mesh gearbox.

Additional chapters focus heavily on diagnostic self-test routines, fault code interpretation, and instrument cluster functions. The text provides a systematic review of internal mechanisms, ranging from the trochoid oil pump and suspension baselines to precise valve clearance adjustments. Proper workshop protocol dictates that referencing authentic OEM load limits is critical to avoid structural failure or component damage during any major rebuild. Whether you are running a commercial bay or maintaining your own motorcycle, this reference material streamlines the overall repair workflow.

Specification Highlights

Factory engine displacement is documented at 1298.0 cm³. The standard compression pressure sits at 1600 kPa at 400 r/min. For valvetrain maintenance, intake valve clearance must be kept between 0.15–0.22 mm, while the exhaust side requires 0.18–0.25 mm. Fluid systems hold a radiator capacity of 2.60 L and a fuel tank volume of 25.0 L. Crucially, the cylinder head bolt torque is outlined in a strict multi-stage sequence, with final-stage angles specified at 175–185° to ensure proper gasket crush.