Yamaha Engine Block Bolt MTM Ref 90119-06MA3

The Yamaha Engine Block Bolt is an essential replacement part designed for outboard motors, ensuring secure assembly and optimal performance. This high-quality bolt is engineered to meet the rigorous demands of marine environments, providing reliability and durability for your engine.

Compatible with a range of Yamaha outboard motors, this bolt is an OEM part with the reference number 90119-06MA3. It is specifically designed for various 4-stroke and 2-stroke models, making it a versatile choice for boat maintenance and repairs.

Key benefits

• Designed to withstand harsh marine conditions.
• Ensures secure engine assembly for reliable performance.
• Compatible with multiple Yamaha outboard motor models.
• OEM quality guarantees a perfect fit and durability.
• Easy to install, making maintenance straightforward.

Technical details

• OEM Reference: 90119-06MA3
• Compatible with Yamaha Outboard Motors: F9.9H (4-stroke), F13.5B (4-stroke), F15C/M (4-stroke), F20E/B/M (4-stroke), F20 (4-stroke), F25 (4-stroke) [1998-2008], E40GMH/S/L/JMH/JWH (2-stroke), 40GWH/JWH (2-stroke).

Recommended nautical use

This engine block bolt is recommended for use in Yamaha outboard motors to ensure proper engine assembly and function. Regular inspection and replacement of engine components, including bolts, is crucial for maintaining optimal performance and safety while navigating waterways.

Ideal for marine technicians and boat owners, this bolt is essential for any maintenance routine involving Yamaha outboard engines, ensuring long-lasting reliability.

Installation and maintenance advice

Installation of the Yamaha Engine Block Bolt should be performed by a qualified technician or experienced boat owner. Ensure that the engine is properly secured and that all components are clean before installation to prevent any issues.

Regular maintenance checks should include inspecting the engine block bolts for signs of wear or corrosion. Replace any worn bolts promptly to maintain the integrity of the engine and prevent potential failures during operation.