
Harley Davidson Mechanics Course
Get the hands-on Harley-Davidson mechanical skills that shops are actually hiring for. This course covers everything from V-Twin engine rebuilds to electrical diagnostics, brakes, suspension, and fuel systems. If you're serious about working on Harleys — or already do and want to level up — this is where you start.
What you will learn:
Learn every major Harley-Davidson system: start with engine fundamentals, then move on to transmission, clutch, and primary drive. Diagnose electrical faults, read wiring diagrams, and use scan tools for codes and live data. Cover both carbureted and fuel‑injected fuel systems, brake bleeding, ABS checks, and suspension setup. Also study performance tuning, cam selection, and ECM fuel‑table editing. Plus shop safety, tool handling, and customer communication basics.
How you study in a practical way Harley Davidson Mechanics Course
How you practice Harley Davidson Mechanics Course
For companies who want to train their team
With Dedika for businesses, the course includes exercises and examples tailored to your own business and the way your company needs.
Course content
8 Chapters • 40 LessonsDuration between 4 and 360 hours (you decide)
Chapter 1HideHide detailsSee detailsHarley Davidson Engine Fundamentals
Harley Davidson Engine Fundamentals
Lesson 1 • Four-Stroke Combustion Cycle
Teaches intake, compression, power, and exhaust strokes with valve timing overlap. Links combustion efficiency to performance tuning decisions.
Lesson 2 • Bottom-End Assembly and Tolerances
Covers crankshaft, connecting rods, and flywheel truing procedures. Students apply torque specs and bearing clearances to ensure reliable assembly.
Lesson 3 • V-Twin Architecture and Design
Covers 45-degree cylinder angle, crankcase design, and firing order logic. Connects engine geometry to vibration characteristics and power delivery.
Lesson 4 • Engine Lubrication System
Explains dry-sump oil circulation, pump operation, and oil pressure diagnostics. Connects lubrication health to long-term engine reliability.
Lesson 5 • Top-End Components and Inspection
Identifies cylinder heads, valves, rocker arms, and pushrods with wear tolerances. Prepares students for accurate top-end diagnosis and rebuild.
Chapter 2HideHide detailsSee detailsFuel and Induction Systems
Fuel and Induction Systems
Lesson 1 • Fuel Delivery and Tank Systems
Covers in‑tank fuel pump modules, line routing, pressure regulators, and return systems, emphasizing venting, leak detection, and testing. Students perform checks, replace pumps, and confirm fuel delivery.
Lesson 2 • Air Intake and Filtration Systems
Covers stock and aftermarket air cleaner designs and airflow impact. Connects intake restriction to engine breathing and tuning requirements.
Lesson 3 • Electronic Fuel Injection Fundamentals
Explains throttle body design, injector operation, and fuel control with map reading, flow testing, and calibration. Shows sensor inputs and ECU algorithms deliver precise fuel for power and drivability.
Lesson 4 • Carburetor Theory and Service
Covers CV carburetor circuits, jet sizing, needle adjustment, cleaning, synchronization, and troubleshooting. Links ratio control to throttle response, idle quality, emissions compliance, and Harley models.
Lesson 5 • Sensors and ECM Interaction
Identifies MAP, IAT, O2, and TPS sensors, their signal ranges, wiring, and test procedures. Students capture live data, analyze trends, and isolate fuel‑system or idle‑control faults by correlating sensor outputs with ECM logic.
Chapter 3HideHide detailsSee detailsDiagnostics and Scan Tool Use
Diagnostics and Scan Tool Use
Lesson 1 • Live Data Analysis and Graphing
Teaches PID selection, real‑time graphing, and min/max capture for diagnosing faults using data filtering, overlay comparison, and trend analysis. Links patterns to component failures and sensor anomalies.
Lesson 2 • Actuator Tests and Module Resets
Covers injector, fuel pump, and relay actuator tests using scan tool commands. Students perform idle relearn, throttle body reset, and adaptations.
Lesson 3 • Fault Code Retrieval and Clearing
Identifies active, stored, and historical DTCs across all Harley modules. Students interpret code definitions and prioritize diagnostic sequence.
Lesson 4 • Scan Tool Connection and Setup
Covers DLC location, scan tool pairing, and module communication setup. Students connect to ECM, BCM, and ABS modules for full-system access.
Lesson 5 • Diagnostic Process and Strategy
Teaches symptom-based diagnostic trees, verification steps, and root cause isolation. Connects structured process to reduced diagnostic time and comebacks.
Chapter 4HideHide detailsSee detailsIgnition and Electrical Systems
Ignition and Electrical Systems
Lesson 1 • Charging System Diagnostics
Teaches stator, regulator/rectifier, and battery interaction under load. Students perform output tests and identify charging system failures.
Lesson 2 • Lighting and Accessory Circuits
Explains headlight, turn signal, and accessory circuits, covering fuse sizing, relay function, wiring layouts, and common failures. Students diagnose blown fuses, failed relays, and ground issues.
Lesson 3 • Starting System Components
Identifies starter motor, solenoid, and relay circuit operation. Connects cranking amperage draw to starter and battery condition diagnosis.
Lesson 4 • Wiring Harness and Connectors
Covers Harley wiring diagrams, connector types, and harness routing. Students use schematics to trace circuits and repair open or short faults.
Lesson 5 • Ignition System Operation
Covers electronic ignition modules, coil operation, and spark plug function. Links ignition timing accuracy to combustion efficiency and power output.
Chapter 5HideHide detailsSee detailsBraking Systems Service
Braking Systems Service
Lesson 1 • Brake Pad and Rotor Service
Teaches pad thickness measurement, rotor runout, and minimum thickness specs. Students replace pads and rotors and bed-in new friction material.
Lesson 2 • Brake Bleeding and Fluid Flush
Covers manual, vacuum, and pressure bleeding methods for front and rear circuits. Connects complete air removal to firm lever and pedal feel.
Lesson 3 • ABS Module Diagnostics
Identifies ABS wheel speed sensors, modulator, and fault code retrieval. Students test sensor ring tone and interpret ABS diagnostic trouble codes.
Lesson 4 • Hydraulic Brake System Fundamentals
Covers master cylinder, caliper, and brake line operation under hydraulic pressure. Links fluid condition and air contamination to brake feel.
Lesson 5 • Linked Braking System Operation
Explains Harley linked brake proportioning and LBSS valve function. Connects linked system understanding to correct service and bleeding sequence.
Chapter 6HideHide detailsSee detailsPreventive Maintenance and Service
Preventive Maintenance and Service
Lesson 1 • Air Filter and Spark Plug Service
Teaches filter inspection criteria and spark plug reading for combustion diagnosis. Connects plug condition to fuel mixture and ignition timing accuracy.
Lesson 2 • Pre-Delivery and Safety Inspection
Explains PDI checklist, test ride verification, and customer handoff documentation. Connects thorough inspection to liability reduction and customer confidence.
Lesson 3 • Engine and Transmission Fluids
Identifies correct viscosity grades, capacities, and drain/fill procedures for all sumps. Students select fluids and perform complete fluid exchanges.
Lesson 4 • Cable, Control, and Fastener Inspection
Covers throttle cable freeplay, brake lever adjustment, and critical fastener torque. Students identify frayed cables and loose fasteners before failure.
Lesson 5 • Service Interval Schedules
Covers mileage and time-based service intervals for all major Harley platforms. Connects interval adherence to warranty compliance and component longevity.
Chapter 7HideHide detailsSee detailsChassis, Frame, and Suspension
Chassis, Frame, and Suspension
Lesson 1 • Frame Inspection and Geometry
Covers frame rake, trail, and neck bearing inspection for crash damage. Connects geometry measurements to straight-line stability and cornering.
Lesson 2 • Tire Selection and Mounting
Explains tire load ratings, speed ratings, and bead seating procedure. Connects tire profile to handling characteristics and rim compatibility.
Lesson 3 • Rear Suspension Setup
Covers shock preload, travel, and linkage inspection on Softail and Touring models, including sag measurement, spring rate selection, and damping adjustment. Students set sag and damping to match weight goals.
Lesson 4 • Wheel Bearings and Axles
Identifies tapered and sealed wheel bearing types and axle torque specs. Students replace bearings and set preload for safe wheel retention.
Lesson 5 • Front Fork Service and Rebuild
Teaches conventional and cartridge fork disassembly, seal replacement, and oil fill. Links fork oil viscosity and level to damping performance.
Chapter 8HideHide detailsSee detailsTransmission and Primary Drive
Transmission and Primary Drive
Lesson 1 • Clutch Assembly and Adjustment
Teaches wet clutch plate inspection, spring preload measurement, and cable or hydraulic adjustment, covering wear limits, friction material selection, and break‑in steps. Links setup to feel and power transfer.
Lesson 2 • Belt and Chain Final Drive
Explains rear belt tension, sprocket wear, and chain drive lubrication. Students inspect and replace final drive components to specification.
Lesson 3 • Primary Drive System Service
Covers primary chain, compensator sprocket, and inner primary removal, inspecting chain wear, sprocket teeth, bearing condition, and lubrication. Links drive health to smooth clutch engagement.
Lesson 4 • Shifter Mechanism and Adjustment
Covers ratchet top, pawl carrier, and shift cam operation. Connects shifter adjustment to positive gear engagement and missed-shift prevention.
Lesson 5 • Transmission Gear Train Internals
Identifies mainshaft, countershaft, shift forks, gear dogs, and synchronizer parts, with step‑by‑step wear measurement, gear tooth inspection, and bearing preload checks. Students reassemble to address failures.
Your valid completion certificate
This course is for you:
Aspiring Harley technicians: want shop-ready skills before applying for jobs.
Dedicated Harley owners: tired of paying for repairs they could handle themselves.
Auto mechanics: looking to cross-train into the motorcycle service industry.
Military veterans: transitioning into civilian trades with mechanical aptitude.
Motorcycle enthusiasts: ready to turn a weekend passion into a paying career.
Independent shop starters: building the technical foundation before opening their own business.
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