A complete owner?s guide for owners and enthusiasts of Toyota?s MR2, one of the most successful mid-engined sports cars ever built. Includes: History, sales and model year details; OEM Maintenance and Repairs; Chassis, Brake & Suspension Upgrades; Engine Bolt-On Modifications; Racing Your MR2; Safety; and ?staged? combinations to build MR2s for any high-performance use, from mild street to autocrossing and road racing.
This completely revised and updated edition of HP's bestselling book on how to build high performance 5.0/5.8L Ford small-block engines-the second most popular engine modified in the aftermarket-contains five new chapters on the latest technology for modifying the cylinder block, heads, camshafts, valvetrain, exhaust systems, and more.
A practical guide to modifying and tuning modern electronic fuel injection (EFI) systems, including engine control units (ECUs). The book starts out with plenty of foundational topics on wiring, fuel systems, sensors, different types of ignition systems, and other topics to help ensure the reader understands how EFI Systems work. Next the book builds on that foundation, helping the reader to understand the different options available: Re-tuning factory ECUs, add on piggyback computers, or all out standalone engine management systems. Next Matt and Jerry help the reader to understand how to configure a Standalone EMS, get the engine started, prep for tuning, and tune the engine for maximum power and drivability. Also covered is advice on tuning other functions-- acceleration enrichments, closed loop fuel correction, and more. Finally, the book ends with a number of case studies highlighting different vehicles and the EMS solutions that were chosen for each, helping to bring it all together with a heavy emphasis on how you can practically approach your projects and make them successful!
Toyota MR2 details the full start-to-finish history of Toyota's bestselling mid-engined sports car, from 1984 until 2007, when production ended. This new book covers all three generations of models: the first-generation AW11 - Car of the Year Japan, 1984-1985; second-generation SW20, with a new 2,0 litre 3S-GTE engine and the third-generation ZZW30/MR2 Roadster. With detailed specification guides, archive photos and beautiful new photography, this book is a must for every MR2 owner and sports car enthusiast. Covers the background to the MR2 - the 1973 oil crisis and Akio Yoshida's designs; suspension improvements to the Mk II, significantly improving handling; the MR2 in motorsport; special editions and Zagato's VM180. This complete history of Toyota MR2 includes detailed specifications guides and is beautifully illustrated with 260 colour and 36 black & white archive photographs.
The original MR2 had flat panels and sharp edges and was not the prettiest of cars. But with its all-round MacPherson strut suspension it handled well and with a twin-cam 1.6-litre 16-valve engine developing 122bhp it was fast too. It was a sales success. Five years later the car was replaced by one with the same designation but the styling was more rounded. By now it had better performance and a choice of engines ranging from 119bhp to 158bhp versions of the 2-litre 16-valve twin-cam. Later came the 245bhp Turbo. This is a book of contemporary road and comparison tests, specification and technical data, new model introductions, driver's impressions, long-term tests, buying second hand. Cover the CoupT, T-Bar, GT, Turbo, Supercharged.
Transform an average car or truck into a turbocharged high performance street machine. A handbook on theory and application of turbocharging for street and high-performance use, this book covers high performance cars and trucks. This comprehensive guide features sections on theory, indepth coverage of turbocharging components, fabricating systems, engine building and testing, aftermarket options and project vehicles.
This is a complete guide to selecting, installing, and tuning forced-induction fuel/air systems. Everything involved with these systems will be covered, including assessing power goals, component selection, engine preparation, tools, installation procedures, tuning, vehicle modifications, driveability, and sources.
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