The 2004 Yamaha AR230 and SR230 models represent robust marine craft engineered for recreational use. These vessels are powered by twin 1.8L (1812cc) Yamaha MR-1 marine engines, each driving a direct drive jet pump system. With an approximate overall length of 21 feet and a beam of 8 feet 1 inch, they offer ample space for 8-10 people and a fuel capacity of approximately 42 US gallons. The AR230/SR230 are designed with Yamaha's commitment to reliability and performance on the water.

This Service Repair Manual provides comprehensive guidance for the maintenance and repair of your 2004 Yamaha AR230/SR230. It covers essential procedures, technical specifications, and troubleshooting information necessary for proper upkeep. The manual details recommended maintenance schedules, fluid capacities, and specific servicing requirements, including the use of Yamalube 4-M 10W-40 oil for the engines. This resource is intended to assist owners, technicians, and mechanics in ensuring the continued optimal performance and longevity of the vessel.

The 2004 Yamaha AR230 and SR230 models represent robust marine craft engineered for recreational use. These vessels are powered by twin 1.8L (1812cc) Yamaha MR-1 marine engines, each driving a direct drive jet pump system. With an approximate overall length of 21 feet and a beam of 8 feet 1 inch, they offer ample space for 8-10 people and a fuel capacity of approximately 42 US gallons. The AR230/SR230 are designed with Yamaha's commitment to reliability and performance on the water.

This Service Repair Manual provides comprehensive guidance for the maintenance and repair of your 2004 Yamaha AR230/SR230. It covers essential procedures, technical specifications, and troubleshooting information necessary for proper upkeep. The manual details recommended maintenance schedules, fluid capacities, and specific servicing requirements, including the use of Yamalube 4-M 10W-40 oil for the engines. This resource is intended to assist owners, technicians, and mechanics in ensuring the continued optimal performance and longevity of the vessel.