2009 Harley Davidson Vrsc Service Repair Workshop Manual

This is the COMPLETE Service and Repair Manual for the 2009 Harley Davidson Vrsc Service Repair Workshop Manual. It covers every single detail.

VEHICLE/EQUIPMENT INTRODUCTION The 2009 Harley-Davidson VRSC (V-Rod) represents perhaps the most radical engineering departure in Harley-Davidsons entire product history. Co-developed with Porsche Engineering, the Revolution engine at its core replaces the archetypal air-cooled pushrod V-twin with a 60-degree, dual-overhead-cam, liquid-cooled, fuel-injected V-twin that produces outputs and RPM ranges that would have been unthinkable from a traditional Harley powerplant a decade earlier. The 1,130cc Revolution engine in the 2009 VRSC produces approximately 115 hp in standard V-Rod trim, with the VRSCDX Night Rod Special and VRSCSE CVO variants receiving incremental power and equipment upgrades. The engine is managed by a Delphi engine control module with closed-loop fuel injection using lambda sensor feedback, electronic throttle control, and altitude/temperature compensation -- a level of sophistication that places the VRSC closer to a Japanese sportbike than a conventional Harley. The engine architecture uses a cast-aluminum structure that serves as a stressed member of the frame. The swingarm mounts directly to the rear of the engine crankcase, eliminating the need for a separate frame cradle in the rear triangle. This design contributes to the VRSCs distinctive low center of gravity, short overall height, and long-wheelbase stance. The dual overhead cams per bank are driven by silent chains from the crankshaft, operating four valves per cylinder through hydraulic lash adjusters (no manual valve adjustment required -- lash is self-adjusting). A single overhead camshaft per bank actuates the intake and exhaust valves through roller finger followers. The fuel injection system uses a single large-bore throttle body (approximately 50mm) with electronic throttle valve control, positioned between the V of the cylinders in a mid-mount location for optimal intake tract length. By 2009, the VRSC platform was well-matured. Early production issues with the Revolution engine -- including oil pump drive gear failures, cam chain tensioner concerns, and oil cooler leak points -- had been addressed through running changes. The 2009 model year continued to build on this reliability with refined PCM calibration, improved wiring harness routing, and updated cooling system components. The VRSC is not a traditional Harley -- it demands a different approach to maintenance and diagnostics. This manual provides the complete factory procedures necessary to service this unique machine properly. SERVICE & REPAIR SCOPE Engine Removal and Installation - The Revolution engine is a stressed frame member, so removal requires a specific sequence: frame rear section disconnection, swing arm pivot removal, exhaust header bolt removal from both banks, coolant system drain and hose disconnection (radiator and oil cooler lines), fuel system quick-disconnect depressurization (critical: relieve fuel rail pressure before disconnecting), wiring harness bulkhead connector separation, an

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