2008-2009 Can-Am Spyder GS SM5 / SE5 Three-Wheeler Factory Shop Manual (P/N 487 800 204)

• Covers the 2008–2009 Can-Am Spyder GS platform, delivering technical data for both SM5 and SE5 manual and semi-automatic transmission configurations
• Consolidates official 2007–2008 BRP instruction sheets into a single workshop reference, including P/N 487 800 204, 487 800 252, 487 800 267, 487 800 215, 487 800 343, 487 800 216, 487 800 226, 487 800 164, 487 800 355, 487 800 354, 487 800 352, 487 800 356, 487 800 357, 487 800 353, 487 800 359, 487 800 358, 487 800 284, 487 800 217, and 487 800 131
• Features 56 highly detailed exploded-view illustrations and assembly diagrams specifically focused on vehicle bodywork, electrical systems, and comfort components
• Provides the authorized data required for integrating high-end accessories and factory-optional upgrades safely and efficiently on the shop floor

Component Integration and Vehicle Assembly

This reference material outlines the integration of aftermarket and factory components for the 2008–2009 Can-Am Spyder GS. You get clear technical specifications for mounting bodywork kits, such as the Phantom body kit, rear sport racks, and various windshield configurations. Electrical upgrades require precision. Chapters here document the exact routing paths and connector terminal configurations for complex wiring harnesses. This includes the integration of HID Xenon lighting systems, fog light assemblies, and 12-volt accessory outlets. You will also find hardware specifics for comfort accessories. Whether you are installing adjustable backrests, handlebar risers, or anti-vibe grip kits, the documentation details exactly how to secure them. Working on complex wiring harnesses or structural mounts carries inherent risks. Strict adherence to safety protocols, professional standards, and certified training is crucial before modifying any vehicle components.

Technical Data and Fastener Specifications

Precision is critical on the shop floor. Detailed tables provide accurate fastening torque values for the GS platform, categorized by fastener size and grade. The documentation covers standardized torque specifications for M4 through M14 hardware. These range from 1.5 Nm for lightweight plastics up to 200 Nm for major structural chassis fasteners. You also get reference values for highly specialized hardware, like the 25 Nm torque requirement for handlebar hub bolts. Maintenance guidance goes beyond just torque. It explicitly details thread locker applications, calling out specific chassis and body panel fasteners that require Loctite 243 to ensure long-term stability under vibration.