SA Design Performance Automotive Engine Math Guide — Technical Manual

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Master the Science of HorsepowerEngine building is as much about ...Read More

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Car Wheel Size Chart

Wheel Diameter (inches) Tire Width (mm) Aspect Ratio Rim Width (inches)
14185655.5
15195606.0
16205556.5
17215507.0
18225457.5
19235408.0
20245358.5

Note: Wheel and tire sizes vary by car make and model. Always consult your vehicle’s manufacturer for exact specifications.

How to Read Tire Size

Example: 225/45R17 means:

  • 225 = Tire width in mm
  • 45 = Aspect ratio (height as % of width)
  • R17 = Rim diameter in inches

Product Details

Product Description
Part Numbers
Sizing & Fit

Master the Science of Horsepower

Engine building is as much about precision engineering as it is about mechanical skill. The Performance Automotive Engine Math book provides the formulas and calculations necessary to optimize your engine's output. Designed for serious builders, this manual demystifies the complex physics behind internal combustion, allowing you to make informed decisions about cam timing, compression ratios, and intake manifold design.

Why You Need This Technical Resource

  • Comprehensive formulas for calculating displacement, compression, and airflow.
  • Detailed breakdown of horsepower and torque curves for street and track applications.
  • Guidance on selecting the right components based on mathematical performance targets.
  • Easy-to-follow examples for real-world engine configurations.
  • 160 pages of essential data for any high-performance enthusiast.

Stop guessing and start engineering. Whether you are building a naturally aspirated street engine or a forced-induction race motor, this book provides the foundational knowledge to ensure your components work in harmony. By understanding the math behind the machine, you can avoid costly mistakes and unlock hidden potential in your build. This guide is an indispensable tool for every serious mechanic. Enhance your technical library with this essential reference from GGCRACING.

Product Details

Product Description
Part Numbers
Sizing & Fit

Master the Science of Horsepower

Engine building is as much about precision engineering as it is about mechanical skill. The Performance Automotive Engine Math book provides the formulas and calculations necessary to optimize your engine's output. Designed for serious builders, this manual demystifies the complex physics behind internal combustion, allowing you to make informed decisions about cam timing, compression ratios, and intake manifold design.

Why You Need This Technical Resource

  • Comprehensive formulas for calculating displacement, compression, and airflow.
  • Detailed breakdown of horsepower and torque curves for street and track applications.
  • Guidance on selecting the right components based on mathematical performance targets.
  • Easy-to-follow examples for real-world engine configurations.
  • 160 pages of essential data for any high-performance enthusiast.

Stop guessing and start engineering. Whether you are building a naturally aspirated street engine or a forced-induction race motor, this book provides the foundational knowledge to ensure your components work in harmony. By understanding the math behind the machine, you can avoid costly mistakes and unlock hidden potential in your build. This guide is an indispensable tool for every serious mechanic. Enhance your technical library with this essential reference from GGCRACING.

Product Details

Product Description

Master the Science of Horsepower

Engine building is as much about precision engineering as it is about mechanical skill. The Performance Automotive Engine Math book provides the formulas and calculations necessary to optimize your engine's output. Designed for serious builders, this manual demystifies the complex physics behind internal combustion, allowing you to make informed decisions about cam timing, compression ratios, and intake manifold design.

Why You Need This Technical Resource

  • Comprehensive formulas for calculating displacement, compression, and airflow.
  • Detailed breakdown of horsepower and torque curves for street and track applications.
  • Guidance on selecting the right components based on mathematical performance targets.
  • Easy-to-follow examples for real-world engine configurations.
  • 160 pages of essential data for any high-performance enthusiast.

Stop guessing and start engineering. Whether you are building a naturally aspirated street engine or a forced-induction race motor, this book provides the foundational knowledge to ensure your components work in harmony. By understanding the math behind the machine, you can avoid costly mistakes and unlock hidden potential in your build. This guide is an indispensable tool for every serious mechanic. Enhance your technical library with this essential reference from GGCRACING.

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