This manual covers the Yamaha XVS1100, also known as the DragStar or V-Star 1100, produced in 2001. As a cruiser motorcycle, the XVS1100 is powered by an air-cooled, 4-stroke, V-twin engine with a displacement of 1063 cc. It features a 5-speed transmission with a wet, multiple-disc clutch and a shaft drive. Notable specifications include dual 298 mm front discs and a single 282 mm rear disc for braking, and a 17-liter fuel tank. The model is recognized for its reliability within its market segment, competing with other large-displacement cruisers.

This parts manual provides a comprehensive listing of all major assemblies and components for the Yamaha XVS1100. It is designed to assist owners, mechanics, and technicians in identifying and ordering original Yamaha replacement parts. The manual includes detailed exploded diagrams of various systems, such as the engine, fuel system, transmission, chassis, suspension, brakes, and electrical components. Its primary purpose is to facilitate accurate part identification and support the assembly or disassembly process, ensuring the correct components are used for maintenance and repair.

This manual covers the Yamaha XVS1100, also known as the DragStar or V-Star 1100, produced in 2001. As a cruiser motorcycle, the XVS1100 is powered by an air-cooled, 4-stroke, V-twin engine with a displacement of 1063 cc. It features a 5-speed transmission with a wet, multiple-disc clutch and a shaft drive. Notable specifications include dual 298 mm front discs and a single 282 mm rear disc for braking, and a 17-liter fuel tank. The model is recognized for its reliability within its market segment, competing with other large-displacement cruisers.

This parts manual provides a comprehensive listing of all major assemblies and components for the Yamaha XVS1100. It is designed to assist owners, mechanics, and technicians in identifying and ordering original Yamaha replacement parts. The manual includes detailed exploded diagrams of various systems, such as the engine, fuel system, transmission, chassis, suspension, brakes, and electrical components. Its primary purpose is to facilitate accurate part identification and support the assembly or disassembly process, ensuring the correct components are used for maintenance and repair.