Bicycle Assembly Course

Lesson 1 • Essential Hand Tools and Their Uses

Recognize and correctly use hex keys, screwdrivers, wrenches, and pliers. Proper tool selection reduces component damage and improves assembly efficiency.

Lesson 2 • Specialized Bicycle Workshop Tools

Operate repair stands, torque wrenches, cone wrenches, and bottom bracket tools. Specialized tools enable precise assembly that hand tools alone cannot achieve.

Lesson 3 • Workshop Safety and Tool Awareness

Apply personal protective equipment, chemical handling rules, and ergonomic practices. Safe habits established here prevent injury during all subsequent hands-on work.

Lesson 4 • Bicycle Anatomy and Component Overview

Identify every major bicycle system: frame, drivetrain, brakes, wheels, and cockpit. This taxonomy underpins all assembly tasks covered throughout the course.

Lesson 1 • Surface Preparation and Facing

Face and chase threaded interfaces including bottom bracket shells and head tubes. Clean, flat surfaces ensure proper component seating and accurate torque readings.

Lesson 2 • Cable Routing and Housing Preparation

Plan internal and external cable routes and prepare housing before component installation. Pre-routing saves disassembly time and ensures clean cable paths.

Lesson 3 • Frame Material Identification

Distinguish steel, aluminum, titanium, and carbon fiber frames by visual and tactile cues. Material knowledge dictates torque limits and repair methods used later.

Lesson 4 • Frame Damage Assessment

Inspect welds, tubes, and dropouts for cracks, dents, and alignment issues. Identifying defects before assembly prevents safety failures in the field.

Lesson 1 • Wheel Truing and Dishing

Correct lateral, radial, and dish errors using a truing stand and dish gauge. A properly dished and trued wheel tracks straight and fits the frame correctly.

Lesson 2 • Wheel Component Identification

Identify hubs, rims, spokes, nipples, and rim tape by type and specification. Component compatibility knowledge prevents mismatched builds and structural failures.

Lesson 3 • Spoke Length Calculation

Calculate correct spoke lengths using hub and rim dimensions with cross-pattern variables. Accurate lengths are critical for achieving proper tension and wheel longevity.

Lesson 4 • Wheel Lacing Techniques

Execute two-cross, three-cross, and radial lacing patterns on front and rear wheels. Pattern selection affects stiffness, weight, and load distribution for different riding uses.

Lesson 1 • Bottom Bracket Installation

Install threaded, press-fit, and T47 bottom brackets with correct torque and preload. The bottom bracket is the drivetrain foundation; errors here affect all downstream components.

Lesson 2 • Cassette and Chain Installation

Mount cassettes with correct spacers and install chains at proper length for the gear range. Correct chain length prevents dropped chains and protects derailleur cages.

Lesson 3 • Front and Rear Derailleur Setup

Set derailleur height, angle, limit screws, and cable tension for full-range shifting. Precise derailleur setup is the most technically demanding drivetrain adjustment.

Lesson 4 • Crankset and Chainring Installation

Mount cranksets, set Q-factor, and install chainrings at correct orientation and torque. Proper crank installation ensures efficient power transfer and safe operation.

Lesson 1 • Brake Performance Verification

Test stopping power, pad clearance, and rotor runout after full installation. Verification confirms the brake system meets safety standards before the bicycle is ridden.

Lesson 2 • Hydraulic Disc Brake Installation

Mount hydraulic calipers, route hoses, and cut hoses to length without introducing air. Hydraulic systems deliver superior modulation but require precise installation technique.

Lesson 3 • Mechanical Disc Brake Setup

Install rotors, mount calipers, and adjust pad clearance on cable-actuated disc brakes. Mechanical disc brakes bridge rim and hydraulic systems in skill complexity.

Lesson 4 • Rim Brake Installation

Mount caliper, dual-pivot, and cantilever rim brakes and set pad alignment to the rim. Correct pad contact angle maximizes braking power and prevents rim damage.

Lesson 1 • Pedal Installation and Cleat Setup

Install pedals with correct thread direction and set clipless cleat alignment on shoes. Pedal and cleat alignment prevent knee injury and improve power transfer efficiency.

Lesson 2 • Fork and Stem Installation

Install forks, cut steerer tubes, and mount stems at correct height and torque. Steerer tube length and stem position directly affect handling and rider comfort.

Lesson 3 • Headset Installation and Adjustment

Press or install threadless and threaded headsets and set bearing preload correctly. The headset governs steering precision and must be set before cockpit components are finalized.

Lesson 4 • Handlebar Installation and Taping

Mount drop, flat, and riser bars at correct angle and torque, then apply bar tape. Handlebar position affects rider comfort, control, and brake lever accessibility.

Lesson 1 • Rear Shock Installation and Setup

Mount rear shocks with correct hardware, set sag, and align the shock body to prevent binding. Rear shock setup completes the full-suspension system configuration.

Lesson 2 • Rebound Damping Adjustment

Tune rebound damping to control return speed after compression for traction and control. Rebound settings interact directly with spring setup established in the previous section.

Lesson 3 • Compression Damping and Lockout

Configure low-speed and high-speed compression circuits and test lockout engagement. Compression tuning prevents excessive dive under braking and pedaling bob.

Lesson 4 • Air Spring and Coil Spring Setup

Set air pressure or select coil spring rate to achieve target sag for rider weight. Spring setup determines the suspension's baseline behavior across all terrain types.

Lesson 1 • Pre-Ride Safety Inspection

Execute a structured safety checklist covering torque, brake function, and wheel security. The pre-ride inspection is the last barrier against field failures and liability.

Lesson 2 • Shifting and Braking Fine-Tuning

Perform final cable tension and limit screw micro-adjustments after full assembly under load. Load changes cable tension; fine-tuning after integration ensures real-world performance.

Lesson 3 • Full Assembly Integration

Combine all subsystems—frame, wheels, drivetrain, brakes, cockpit, and suspension—into a complete bicycle. Integration reveals compatibility issues not visible during subsystem assembly.

Lesson 4 • Customer Handover and Rider Briefing

Demonstrate brake and shifter operation, explain maintenance intervals, and fit the rider. A thorough handover builds customer confidence and reduces post-sale service calls.