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How can I effectively swap or modify the engine in my [vehicle model] to increase power and performance?

**Torque and Horsepower are Not the Same**: While often used interchangeably, torque measures rotational force, whereas horsepower measures total power output.

**Engine Compatibility is Key**: Ensure the new engine is compatible with your car's transmission, drivetrain, and electrical system before starting the swap.

**Measure Twice, Cut Once**: Measure the engine's length, width, and height to ensure it fits in your car's engine bay.

**Mounting Points Matter**: Ensure the new engine's mounting points align with your car's chassis to prevent vibration and damage.

**High-Pressure Lines Need Modification**: Weld and modify high-pressure lines to fit the new engine, as they may not be compatible.

**Computer and Sensor Integration**: Integrate the new engine's computer and sensors with your car's systems to ensure proper functioning.

**Air/Fuel Ratio Affects Performance**: Adjusting the air/fuel ratio can significantly impact performance, with a 12:1 to 14:1 ratio ideal for most engines.

**Engine Swapping Requires Wiring Harness Updates**: Update the wiring harness to accommodate the new engine's electrical requirements.

**Don't Forget the Transmission**: Ensure the transmission is compatible with the new engine and can handle increased power and torque.

**Radiator and Cooling System Upgrades**: Upgrade the radiator and cooling system to handle increased heat generation from the new engine.

**The Right Engine Oil Matters**: Use the recommended engine oil type and viscosity for the new engine to ensure optimal performance and longevity.

** Ignition System Upgrades**: Upgrade the ignition system to accommodate the new engine's spark plug and ignition coil requirements.

**Exhaust System Modifications**: Modify the exhaust system to accommodate the new engine's exhaust manifold and catalytic converter requirements.

**Suspension and Chassis Upgrades**: Upgrade the suspension and chassis to handle increased power and torque, ensuring stability and handling.

**Electronic Control Unit (ECU) Tuning**: Tune the ECU to optimize performance, fuel efficiency, and emissions for the new engine.

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