7 Best-Selling Car Engine Books Millions Trust

Greg Banish, a seasoned powertrain calibration engineer, wrote this book to demystify the complex art of tuning modern fuel-injected engines. You’ll learn how electronic fuel injection systems govern engine performance and how adjusting key parameters like fuel, air, and timing can unlock optimal horsepower. The book dives into detailed equations and real-world calibration examples that illustrate practical tuning challenges and solutions. It’s tailored for experienced tuners and engineers eager to deepen their technical skills, though enthusiasts with a strong mechanical background will also find valuable insights. If precision engine tuning intrigues you, this book offers a rigorous yet accessible guide.

Joseph Potak's extensive hands-on experience with LS-series engines shines through in this detailed guide to building and modifying these popular powerplants. You learn everything from selecting the right block and machining precision components to optimizing the valvetrain and fuel systems for specific performance goals. Chapters on forced induction and nitrous applications provide focused insight for enthusiasts aiming to push power limits responsibly. The book’s color photos and clear captions help translate complex mechanical procedures into manageable tasks, making it especially useful if you're upgrading or customizing an LS engine. If you're serious about maximizing LS performance with a solid technical foundation, this book offers a thorough roadmap without unnecessary fluff.

This personalized book explores advanced techniques for precise car engine tuning and calibration, designed to match your specific background and goals. It covers essential concepts ranging from fuel injection optimization to ignition timing adjustments, revealing how each element influences peak engine performance. Tailored to focus on your interests, the book examines both foundational principles and intricate tuning methods, blending widely validated knowledge with insights relevant to your engine type and experience level. By engaging with this tailored guide, you gain a learning experience that addresses your unique objectives in engine mastery, empowering you to refine engine calibration with confidence and technical clarity. The content combines popular reader-tested approaches with your personalized tuning challenges, making complex adjustments approachable and well-founded.

Tom Wilson's extensive experience with Honda engines shines through in this hands-on manual focused on engine rebuilding. You get a clear walkthrough of every step, from removing and dismantling the engine to reconditioning parts and reassembling everything with precision. Specific chapters cover tuning adjustments that help ensure your rebuilt engine runs smoothly. If you're a Honda owner looking to save on repairs or a mechanic wanting to deepen your expertise, this book offers practical, focused guidance without unnecessary fluff. It’s straightforward and technical, best suited for those comfortable with mechanical work rather than casual tinkering.

Drawing from decades of experience writing for top automotive magazines, Jefferson Bryant offers a detailed guide to integrating GM LS engines into a wide variety of vehicles. You learn how to select the right LS engine model based on your project, fabricate motor mounts, position the engine properly, and tackle common challenges like transmission fitment, oil pan clearance, and adapting electronic controls. The book walks you through technical yet accessible solutions for brake booster, steering shaft, and exhaust system clearance, making it ideal for anyone aiming to execute a swap with precision. Whether you’re upgrading muscle cars or sports cars, this book equips you to handle the complexities of LS swaps confidently.

What if everything you knew about rebuilding big-block Ford engines was wrong? Steve Christ argues that restoring these powerful engines to their peak condition is accessible to anyone with the right guidance. This book walks you through the entire process—from engine removal to parts reconditioning and final assembly—using factory stock components. With over 500 detailed photos, charts, and diagrams, you’ll gain a clear understanding of FE and FT engine specifics, including a comprehensive section on parts identification and swapping. Whether you’re aiming for a complete overhaul or a simpler parts swap, this resource equips you with the know-how to tackle your project confidently.

This tailored book explores step-by-step LS engine build strategies designed to accelerate performance improvements, focusing on your interests and background. It examines essential engine components, tuning techniques, and assembly methods that match your skill level and goals. By combining popular proven knowledge with a custom approach, it reveals how to boost power efficiently while addressing your specific performance targets. The personalized content helps you navigate complicated choices and achieve rapid gains in your LS power system build. This focused guidance offers a unique learning experience that aligns with your objectives, making complex engine building approachable and effective.

Drawing from his direct collaboration with Ford engineers and technicians, Charles O Probst delivers an in-depth guide to understanding and servicing Ford's EEC-IV engine control systems. You’ll gain detailed insights into troubleshooting complex fuel injection and electronic engine management, backed by practical procedures and insider tips. This book is tailored for anyone working on late-80s to early-90s Ford, Lincoln, and Mercury vehicles who wants to confidently diagnose and modify their engine control systems. Its thorough approach makes it a solid reference whether you’re a professional mechanic or a dedicated enthusiast seeking to deepen your technical expertise.

What happens when expert knowledge in tribology meets the intricacies of internal combustion engines? C.M. Taylor explores this intersection to address the pressures car manufacturers face to improve efficiency and reduce emissions. You’ll find deep dives into lubrication analysis, friction and wear mechanics, and material science, especially regarding engine bearings, valve trains, and piston assemblies—key components that influence engine performance. The book unpacks technical topics like Hertzian contact theory and elastohydrodynamic lubrication, offering insights that benefit automotive engineers and researchers focused on advancing engine design. If you want to understand how materials and lubrication strategies shape engine durability and efficiency, this book lays out the foundation clearly and thoroughly.