2013 Harley-Davidson Softail Models Service Manual (P/Ns 99482-13A, 99498-13A, and 99494-13))

• Official Harley-Davidson OEM publication bundle (P/Ns 99482-13A, 99498-13A, and 99494-13), documenting the complete 2013 Softail production lineup in a searchable PDF.
• Covers essential maintenance, chassis repair, engine overhaul, electrical, and fuel system specifications for the Twin Cam 96B and 103B powertrain configurations.
• Includes 47 exploded-view diagrams, 19 electrical schematics, and 12 torque tables for engine, chassis, and drivetrain components.
• Built specifically for professional workshops and hands-on owners servicing models like the Fat Boy, Heritage Softail, and Breakout variants.
• Integrates the FXSBSE CVO supplement and Electrical Diagnostic Manual for Twin Cam 110B and Automatic Compression Release (ACR) procedures.
• Delivers detailed troubleshooting for the Anti-lock Braking System (ABS), Body Control Module (BCM), Electronic Control Module (ECM), CAN bus, and H-DSSS.

Contents and Procedural Overview

Spanning over 2,000 pages across core chapters and multiple appendices, this reference details the entire architecture of the 2013 Softail series. It breaks down complex tear-downs into manageable, technical sections. By following these factory guidelines, you can bypass expensive dealership visits for procedures like precise steering head bearing fall-away adjustments, truing laced wheels, complete telescopic front fork rebuilds, and bleeding the ABS hydraulic control unit (HCU). You will find extensive documentation on engine oil flow, top-end service, cam compartment maintenance, and complete crankcase assembly. Furthermore, the text outlines the factory procedures for engine removal and installation. It also dives deep into the transmission assembly, fuel injection mapping, and chassis upkeep, covering wheels, tires, rear shock absorbers, and drive belt deflection.

For daily shop operations, direct access to exact pin-out charts and voltage drop test sequences eliminates blind probing, drastically reducing labor time when tracing complex electrical faults. To assist with visual identification, the manual provides detailed Wiring diagrams, diagnostic flow charts, connector repair views, metric conversion tables, torque conversion charts, and wire routing diagrams.

Specification and Reference Highlights

Accurate data is critical when wrenching on a Twin Cam. Engine oil capacity for a wet refill is strictly documented at 3.0 quarts, while the transmission fluid level must sit exactly between the A and F marks on the dipstick. You will also find strict maintenance intervals for specific components; for instance, steering head bearings require special purpose grease every 10,000 miles. Crucial torque values are clearly listed, noting engine oil drain plugs at 14–21 ft-lbs.

When servicing these specific models, be aware of a few common mechanical pitfalls. For example, when replacing the sealed wheel bearings on ABS-equipped models, installing the encoded bearing backward—with the red seal exposed instead of the tan seal—will instantly trigger wheel speed sensor faults and disable the ABS. Additionally, during cam compartment service, pressing the inner cam needle bearings too deeply can obstruct the crankcase oil feed hole, leading to oil pressure loss and severe top-end damage.

The publication also covers intake leak testing and evaporative emissions control system data. Keep in mind that working on high-performance powertrains involves inherent safety risks. Always ensure your workspace is secure and consult a certified technician if you are unsure about evaluating critical structural or drivetrain components.