Chassis Engineering is a great introduction to race car design. In a practical and down-to-earth way, it covers the fundamentals of how race cars handle and the requirements for designing and constructing a car. The book includes chapters on chassis design, suspension design, frame construction, aerodynamics and tuning. Overall it provides the reader with the foundation of how the key components of a race car work and interact together.

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Aspiring designers will find Forbes Aird's book on chassis design to be a good introduction to the fundamental purposes, structures and materials of race car (or road car) chassis. What the book might lack in formulas and design calculations, it makes up for in sheer breadth of chassis design and construction ideas. It provides sufficient information to the reader to leave them with a solid understanding of the various chassis types, materials and construction so they can make informed choices about designing their own chassis.

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High performance hardware provides both theory and extensive practical information on hardware and fasteners. It covers material properties that relate to fasteners as well as pretty much every type of fastener used on a race vehicle.

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Book 1 of the Composite materials series. Explains the basics of composites, their applications, workspace setup, tools and practical techniques. Includes projects to help the builder learn techniques of mold making, laminating, demolding and finishing. Includes many high quality color photographs to guide the reader.

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Book 3 of the Composite materials series. Expands on mold making, advanced mold systems, one-off fabrication methods and computer design. Includes hands-on projects such as a body panel, camper shell and hollow body guitar to help the reader learn and practice techniques. Also includes composite repairs.

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Teaches welding techniques, metal forming, hammerforming and practical metal fabrication projects. Project include forming custom body panels, tanks, roll cages/safety cells and exhaust headers.

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Explains how to troubleshoot and rebuild all types of engines. Provides tips, techniques and detailed information on engine inspection, teardown, the short block, cylinder heads, assembly and camshaft theory.

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Explains the engine blueprinting process through illustrations and detailed procedures. Includes professional techniques on how to balance, make true and match components as an optimized group. Components include block, crank, connecting rods, pistons, rings, cylinder heads, intake manifolds, camshafts.

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Teaches how to improve vehicle handling through suspension and chassis modifications and understanding vehicle dynamics. Includes basic suspension theory on roll centers, roll axis, camber change, bump steer, anti-dive, ride rate, ride balance as well practical chassis modifications.

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Provides information on how to modify and build off-road buggies from a VW base. Include frames, roll cages, skid plates, engine/transaxle mods, suspension mods, tires, wheels, brakes, lights, electrical, fuel tanks, off-road breakdown solutions and driving/safety tips.

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As general guide to dune buggy construction. Includes steps and illustrations to guide the builder on selecting a frame, selecting and installing suspension and steering components, powertrain, fuel and electrical. This is not a design book but does provide some insights to those interested in dune buggy design.

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Paul Van Valkenburgh's guide to understanding how the many components of the entire race car fit and work together. He provides design theory and practical information on tires, wheels, suspension geometry, springs, anti-roll bars, brakes, aerodynamics, handling, engine supports, chassis, safety and even racing operations such as testing and pit lane procedures.

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