2001-2004 Harley-Davidson Dyna Glide FXD, FXDL, FXDX, FXDXT and FXDWG Service Manual • P/N Part No. 99481-03A

Harley-Davidson Dyna Glide 2001–2004 Factory Service Documentation

• Covers 2001–2004 Harley-Davidson Dyna Glide models (FXD, FXDL, FXDX, FXDXT, and FXDWG) equipped with the 1450cc Twin Cam 88 carbureted engine
• Original OEM publication (P/N 99481-03A, November 2002 edition) featuring 526 pages of structural diagrams and technical data
• Delivered as an instant download immediately upon payment clearance, formatted for standard letter and A4 printing
• Facilitates shop productivity with a full-text search function to locate any part number or repair specification in seconds
• Provides the baseline factory procedures for all major component assemblies across the Dyna Glide line

Professional Documentation and Architecture

Factory literature provides the exact baseline data needed for reliable shop operations. This reference manual organizes professional-grade content into eight primary sections and supplementary appendices. Technicians can access rigorous maintenance intervals and fluid capacities, detailing the correct protocols for engine oil, primary chaincase lubricant, and transmission fluid. The guide outlines precise parameters for battery maintenance, brake system bleeding, and drive belt deflection. Comprehensive troubleshooting charts help isolate engine, electrical, and handling irregularities quickly, which is crucial for minimizing downtime on the lift.

Engine and Chassis Specifications

The documentation extensively covers the 1450cc Twin Cam 88 platform. It details engine mount inspections and top-end dimensions, prominently featuring critical bore measurements of 3.75 inches. Mechanics will find vital torque values neatly organized in reference tables, such as the fuel tank bolts (17–22 ft-lbs) and spark plugs (11–18 ft-lbs). Cylinder head bolt torque limits are mapped out in a multi-stage sequence to ensure proper seating during engine assembly.

Beyond the drivetrain, the chassis section delivers exhaustive structural guidance for wheel lacing, noting specific offset dimensions for 16-inch, 19-inch, and 21-inch rims. The fuel system coverage includes descriptive breakdowns of carburetor adjustments and vacuum nipple leak testing. Because working with pressurized fuel systems and high-tension electrical components involves inherent physical hazards, maintaining shop safety and strictly observing standard hazardous materials protocols during any actual repair work is essential.