This comprehensive workshop repair service manual provides detailed technical information for the 1982 Corvette 427. It covers all models, engines, trim levels, and transmission types. The manual is designed for professional mechanics and serious DIY enthusiasts, offering an in-depth guide to service, maintenance, and troubleshooting. Inside, you'll find detailed instructions and diagrams to help you understand and perform a wide range of procedures, including engine repair, transmission overhaul, electrical system diagnostics, suspension and steering adjustments, and bodywork repairs. This manual is an essential resource for anyone looking to keep their Corvette 427 running smoothly and in top condition.

The Chevrolet Corvette 427, a legendary American sports car, was a true powerhouse on the road, capturing the hearts of enthusiasts with its raw performance and striking aesthetics. While the Corvette lineage boasts a rich history, the 1982 model year marked a significant departure from the traditional small-block V8 engine. For the first time, the Corvette received a 5.7-liter (350 cubic inch) "Crossfire" V8 engine, equipped with a sophisticated electronic fuel injection system and a unique port-injected intake manifold. While offering significant improvements in fuel efficiency and emissions, this powerplant initially lacked the brute force and character that had become synonymous with the Corvette name.

The 1982 Corvette 427, however, remained a highly desirable vehicle. The iconic C3 design, with its distinctively sloping roofline, flared wheel arches, and wraparound rear window, continued to exude a timeless charm. The interior, though offering a more refined experience than its predecessors, still retained the classic Corvette spirit featuring a driver-focused cockpit adorned with a leather-wrapped steering wheel and an array of gauges. The 1982 Corvette 427 was undoubtedly a pivotal moment in the evolution of the model, offering a glimpse into the future while still paying homage to the Corvette's unparalleled legacy.