This comprehensive parts manual covers the Continental Aircraft Engines IO-360, TSIO360, and LTSIO360 models. It includes detailed information on all components, assemblies, and parts for these engines, enabling you to easily identify, order, and replace any required parts. The manual features clear and precise illustrations and diagrams for each component, ensuring accurate identification. This invaluable resource is essential for aircraft maintenance professionals, technicians, and anyone responsible for the repair and upkeep of these popular engines. The information is readily accessible, allowing for quick and efficient troubleshooting and part identification.

The Continental IO-360, TSIO360, and LTSIO360 are a family of horizontally opposed, six-cylinder, air-cooled piston aircraft engines that have been a mainstay in general aviation for decades. Developed by Continental Motors, these engines are renowned for their robust construction, reliable performance, and ease of maintenance. The IO-360, the base model, features naturally aspirated operation, delivering a power output ranging from 180 to 210 horsepower, depending on the specific variant. The TSIO360, a turbocharged version, provides an output of 200 to 210 horsepower, while maintaining seamless operation across a wide altitude range. The LTSIO360, an even more advanced variant, incorporates both turbocharging and fuel injection technology, boasting the highest power output with 210 to 220 horsepower. All three engines feature a dry sump lubrication system for efficient oil management, allowing for long operating times even under demanding conditions.

These engines are widely used in a diverse range of aircraft, including single-engine airplanes, light twins, and even some helicopters. Their versatility stems from their power-to-weight ratio, compact size, and robust design. The IO-360 series is known for its quiet operation and smooth running characteristics, contributing to a comfortable flight experience. Due to their longevity and widespread adoption, these engines have a strong aftermarket support network, ensuring access to spare parts, maintenance services, and skilled technicians, making them a popular choice for owners and operators alike. In addition to their use in general aviation, these engines have also found applications in various industries, including agriculture, training, and aerial photography. Their reliability and ease of maintenance make them suitable for a wide range of operational environments.