Chevy 348/409 Engines are Chevrolet’s V8 engines produced between 1958 and 1965. They are the classic engines used in the Impala, Bel Air and Biscayne models. With their unique design and cutting-edge technology, these engines became a symbol of the sublimation of the American car industry in the 1950s and 1960s. However, since they have been in production for so long, These engines are not immune to wear and tear. So the book How to Rebuild & Modify Chevy 348/409 Engines was born to provide the knowledge and skills to help readers complete the Chevy 348/409 Engines rebuild project efficiently.

How to Rebuild & Modify Chevy 348/409 Engines Information 

Title: How to Rebuild & Modify Chevy 348/409 Engines

Author: John Carollo

Language: English 

Pages: 144

Illustrations: 259 b/w photos

Publication Date: 15/06/2012

Publisher: CarTech

Format: Ebook 

Note: You should Download this book on Firefox Browser to ensure the best quality. 

What’s in How to Rebuild & Modify Chevy 348/409 Engines ? 

About the Author 

John Carollo is a freelance writer and photographer for Engine Builder Magazine, Muscle Car Review, and Super Chevy. He put a lot of heart into How to Rebuild & Modify Chevy 348/409 Engines and it is also his most famous work.

How to Rebuild & Modify Chevy 348/409 Engines Content 

How to Rebuild & Modify Chevy 348/409 Engines In-depth exploration of the following aspects:

• Instructions for dismantling the engine Chevy 348/409, 409 Stroker kit
• Instructions for checking and cleaning Chevy 348/409 Engines
• Assembly instructions for engine parts

In addition, this book also provides information about the history of the formation and development of Chevy 348/409 Engines and the preparations to start the reproduction process.

With a sharp pen and very detailed illustrations, the author conveys the important knowledge that determines a successful reproduction project. If you are interested in this field, then How to Rebuild & Modify Chevy 348/409 Engines is the best choice for you.

Chapter 1: Development and Design 

• History 
• Internal Specifics 

Chapter 2: Engine Block 

• Block Identification 
• Washing and Magnafluxing
• What to Check on W Blocks 
• Inspection Process 
• Block Preparation 
• Oiling System 
• Aftermarket Manufacturers

Chapter 3: Crankshafts, Rods and Pistons 

• Crankshafts
• Connecting Rods 
• Pistons 
• Machining 

Chapter 4: Cylinder Heads 

• Design Features 
• 348 and 409 Differences 
• Machining 
• Head Selection 
• Stock Head Modifications 
• Aftermarket Head Manufacturers 

Chapter 5: Camshafts and Valvetrain 

• Stock Cam Timing Specs 
• Flat-Tappet Camshafts 
• Roller Camshafts 
• Lifters 
• Cam Selection8
• Aftermarket Manufacturers 
• Pushrods 
• Rocker Arms 
• Valves 
• Valvesprings, Retainers and Locks 
• Timing Chain Set 

Chapter 6: Induction and Ignition 

• Intake Manifolds 
• Carburetors 
• Ignition 

Chapter 7: Headers and Exhaust 

• Header Development 
• Exhaust Design 

Chapter 8: Cooling System 

• Design Factors 
• Cooling Capacity 
• Radiators 
• Water Pump 
• Fans 
• Airflow 

Chapter 9: Stroker Engines 

• Stroker Math 
• Clearancing 
• Cam and Head Selection 
• Four-Bolt Main Bearing Conversion 
• Stroker Kits 
• Popular Combinations 

Chapter 10: Teardown and Inspection 

• Removal 
• Inspection 
• Cleaning 
• Testing 
• Measuring Parts 

Chapter 11: Engine Assembly 

• Proper Lubrication 
• Subassemblies 
• Block 
• Valves and Hardware 
• Cam Bearing Installation 
• Main Bearings 
• Crankshaft 
• Camshaft 
• Pistons 
• Degree the Camshaft 
• Front Dampener 
• Oil Pump, Windage Tray and Oil Pan 
• Cylinder Head 
• Intake and Ignition