Engine principles

It is responsible for generating power and propelling the motorcycle forward.

• Engine

• Fuel

• Torque

• Piston

  Refers to the total volume inside the cylinders where the air-fuel mixture is burned.

•    Cylinder Configuration

•   Internal Combustion Engine

• Displacement

• Valvetrain

Generates a spark at the right time to burn the air-fuel mixture in the cylinders.

•   Fuel injections

• Ignition system

• Valvetrain

• Displacement

refers to the total volume inside the cylinders where the air-fuel mixture is burned. It is typically measured in cubic centimeters (cc) or cubic inches (ci).

• four-stroke cycle

• Displacement

• Valvetrain

• Fuel injection

controls the flow of air and exhaust gases in and out of the cylinders

•   Valvetrain

•   Four-stroke cycle

• Fuel injection and carburetion

• Displacement

The number and arrangement of cylinders significantly impact the engine's performance characteristics, such as torque, power delivery, and smoothness.

• Valvetrain configuration

• Four-stroke cycle configuration

• Cylinder configuration

• Displacement

Prevents friction and wear on engine components.

• Exhaust system

• Lubrication

• Safety precautions

• Draining fluids

Allows riders to change gears and control the power output to the rear wheel.

•   Transition

• Torque

• Transmission

• Transfer

  Ensures that all engine components and surfaces are free from contaminants or old gasket materials.

• Replacements

• Lubricated

• Cleanliness

• Reassembly

It is one of the most important steps in disassembling engine parts by taking notes and photograph.

• Removing external components

   

• Safety precautions

• Documentation

• Draining fluids