1999-2000 Harley-Davidson Dyna Glide Twin Cam 88 Factory Service Manual

This official 100-page OEM workshop documentation covers the 1999–2000 Harley-Davidson Dyna Glide lineup. It serves as the primary technical reference for the launch-series Twin Cam 88 engine fleet, providing essential data for the shop floor.

• Covers 1999–2000 Dyna Glide models including the FXD, FXDX, FXDL, FXDWG, FXDS-CONV, FXDXT, and FXDP variants
• Contains 51 illustrated figures detailing specialized diagnostic procedures, 9 data tables for torque specifications, and comprehensive electrical test diagrams
• Essential reference material outlining system components for major engine repair
• Available as an instant download the moment your payment clears
• Indexed PDF search allows fast navigation through every chapter and appendix
• Stored securely in your account for easy retrieval after a hardware failure
• Includes a dedicated supplement outlining unique 2002–2005 model specifications

Manual Organization and Shop Diagnostics

Engineered for technicians and mechanics who require high-accuracy data, this documentation breaks down complex V-twin assemblies system by system. Chapters detail the engine, transmission, clutch, fuel delivery, suspension, and braking setups. Rather than offering a step-by-step repair tutorial, this guide focuses on the critical specifications and diagnostic logic needed to evaluate engine performance or troubleshoot electrical starting systems. The documentation provides clear diagnostic pathways to identify potential faults in ignition modules, carburetor circuits, and stator output.

Technical Specification Preview

Working on heavy-duty motorcycles requires strict adherence to factory tolerances to prevent equipment damage or personal injury. Always verify findings against these baseline values and consult a certified professional before altering factory settings. For critical mechanical checks, engine compression serves as a primary health benchmark at 90 psi (620 kPa). The primary chain free play requires a tight tolerance of 5/8–7/8 in. for cold engines and 3/8–5/8 in. when hot. Electrical baseline checks list the ignition coil primary resistance at 0.5–0.7 ohms, with secondary resistance spanning 5500–7500 ohms. Finally, expect an alternator output of 16–20 VAC per 1000 rpm.