Yamaha VMax 1700/VMX17Y(C) 2009 Service Manual (P/N LIT-11616-22-64, first edition)

• Official 100-page Yamaha OEM publication (P/N LIT-11616-22-64, first edition, August 2008) detailing the 2009 VMax 1700 and VMX17Y(C) models
• Documents the 1679.0 cm³ liquid-cooled 4-stroke V4 engine, chassis components, and sophisticated electronic control systems
• Provides extensive technical diagrams, including exploded-view schematics, fuel injection flow charts, and lubrication routing
• Lists comprehensive specification tables for engine and electrical parameters, noting precise torque values and fluid capacities

Contents Overview

This reference material organizes OEM technical data into a logical sequence designed for dealer-level diagnostics. It covers general model identification alongside deep dives into the motorcycle's core systems. You will find exhaustive breakdowns of the fuel injection setup, the YCC-T (Yamaha Chip Controlled Throttle), and the YCC-I (Yamaha Chip Controlled Intake) mechanisms.

Beyond basic maintenance schedules for chassis and cooling system adjustments, the text details major component teardowns. Diagnostic data for the ABS modules and fuel injection system help verify electronic faults efficiently. It also provides troubleshooting flowcharts and categorized torque tables for nearly every fastener assembly on the bike.

Technical Specifications Preview

The factory documentation outlines critical tolerances required for the 1679.0 cm³ displacement engine. Cooling system capacity spans 3.75 L (3.96 US qt) across all routing circuits. Valvetrain specifications dictate an intake clearance of 0.10–0.17 mm and an exhaust clearance of 0.22–0.29 mm. Electrical output from the alternator is rated at a standard 30.0 A at 5000 r/min.

Precision measurements are clearly mapped out. Both main and drive axle runout limits are documented at 0.08 mm. The literature covers multi-stage tightening protocols for internal engine fasteners like cylinder head and connecting rod bolts. Working on high-performance motorcycles involves significant mechanical forces and pressurized systems. Always employ standard shop safety practices and utilize proper protective gear before starting any diagnostic work or teardown.