This manual covers the Mazda RX-7 models produced between 1979 and 1985. Known for its distinctive rotary (Wankel) engine, the RX-7 of this era offered a unique driving experience, often featuring a rear-wheel-drive layout and a manual transmission. Its engineering focused on delivering spirited performance and a lightweight chassis, making it a popular choice for enthusiasts. This guide provides essential information for understanding and maintaining these iconic vehicles.

The scope of this English-language Carburetor Service Manual is to detail the fuel delivery and air-fuel mixture control systems specific to the Mazda RX-7's rotary engines. It includes comprehensive guidance on carburetor configuration, adjustment procedures for idle speed and mixture, and acceleration pump settings. Furthermore, the manual outlines inspection schedules and offers insights into the rotary engine's operation, supporting owners and technicians in ensuring optimal performance and reliability through proper maintenance and repair of the fuel system components.

This manual covers the Mazda RX-7 models produced between 1979 and 1985. Known for its distinctive rotary (Wankel) engine, the RX-7 of this era offered a unique driving experience, often featuring a rear-wheel-drive layout and a manual transmission. Its engineering focused on delivering spirited performance and a lightweight chassis, making it a popular choice for enthusiasts. This guide provides essential information for understanding and maintaining these iconic vehicles.

The scope of this English-language Carburetor Service Manual is to detail the fuel delivery and air-fuel mixture control systems specific to the Mazda RX-7's rotary engines. It includes comprehensive guidance on carburetor configuration, adjustment procedures for idle speed and mixture, and acceleration pump settings. Furthermore, the manual outlines inspection schedules and offers insights into the rotary engine's operation, supporting owners and technicians in ensuring optimal performance and reliability through proper maintenance and repair of the fuel system components.