1999 Yamaha Dragstar XVS1100(L) Service & Repair Manual

• Covers the 1999 Yamaha Dragstar XVS1100(L) motorcycle featuring the 1.063 L air-cooled SOHC V-twin engine and 5-speed shaft-drive transmission
• Official Yamaha publication, First edition October 1998, P/N 5EL1-AE1
• Contains 355 pages of technical specifications, exploded-view part diagrams, and electrical system schematics essential for routine maintenance and major repair work
• Serves as the primary factory reference for the 5EL-series Dragstar, detailing engine, chassis, and electrical parameters established during the 1999 model launch

Documentation Walkthrough

Professional mechanics and dedicated DIYers require precise technical data to service the Dragstar series efficiently. This factory documentation breaks down every critical system without unnecessary filler. From complete engine overhauls and carburetion tuning to intricate chassis maintenance on the suspension and final drive, the manual offers a clear path through complex projects. You will find specific cable routing diagrams alongside critical lubrication intervals for the engine, cooling system, and electrical components. Proper maintenance always involves handling heavy motorcycle components and pressurized fluids; working safely with the correct lifting equipment and protective gear is essential to prevent injury in the workshop. Organized into functional chapters, the guide logically separates general information, maintenance specifications, and system-specific data to save valuable time on the bench.

Specification Highlights

Having exact factory numbers eliminates guesswork during a rebuild or complex diagnostic repair. The engine assembly data specifies a cylinder head bolt torque of 55 Nm, while the cylinder head specification table lists intake valve clearance at a tight 0.07–0.12 mm. For suspension work, the front fork oil capacity requires exactly 0.464 liters per side. The electrical section is equally detailed, outlining the A.C. magneto charging system output at 14 V 350 W at 5,000 r/min alongside an 18 A rectifier capacity. Standard ignition timing for the digital T.C.I. system is mapped at 10° at 1,000 r/min. Every section is supported by exploded-view diagrams that clearly identify part relationships and correct assembly order, giving you the factory-level insight needed to tackle any component.