2009 Yamaha VMAX VMX17Y(C) Service Manual (P/N LIT-11616-22-64, first edition)

• Covers the 2009 Yamaha VMAX VMX17Y(C) model, including the specific USA and California variants
• Official Yamaha publication P/N LIT-11616-22-64 (First edition, August 2008)
• Spans 584 pages in total, featuring 47 pages dedicated exclusively to technical specification tables and lubrication charts
• Includes exploded-view assembly diagrams for major components and specialized electrical schematics
• Features comprehensive cooling system layouts and precise wiring routing instructions
• Provides the exact primary factory data utilized for the original 2009 VMAX launch

Contents and Workshop Applications

This service manual breaks down the critical parameters required for accurate maintenance, assembly, and component check procedures. When diagnosing complex electronic issues in the shop, having the right baseline data saves hours of guesswork. The documentation thoroughly covers fuel injection (FI) mapping, ABS operation, and Yamaha's proprietary electronic systems like the Chip Controlled Throttle (YCC-T) and Intake (YCC-I). Alongside specialized chassis and engine data, the chapters encompass general vehicle information, engine performance baselines, chassis dimensions, electrical system diagnostics, and precise tightening torque values. It delivers the exact figures needed to keep this high-performance motorcycle running strictly to factory standards.

Technical Specification Preview

To give you an idea of the technical depth provided, the engine cooling system capacity is documented at exactly 3.75 liters, while the radiator cap opening pressure must hold between 107.9 and 137.3 kPa. Need to check the valves? Intake valve clearance is specified at a tight 0.10 to 0.17 mm. The camshaft runout limit is strictly defined as 0.030 mm in the engine tables, and the fuel pump output pressure must hit 324.0 kPa. You will also find critical rebuilding details, such as the specific sequence for crankcase bolt tightening, which demands a final-stage angle of 80 degrees.

Please note that reviewing these specifications does not replace professional mechanical training. Working on high-performance motorcycles carries inherent risks, and handling these systems safely requires following the comprehensive, step-by-step procedures outlined within the complete original OEM documentation. All service data previewed here serves purely as a reference, ensuring you know exactly what level of technical detail to expect inside the full publication.