SOLAS Concord Impeller Yamaha 650 - Part YB-CD-14/18 for Marine Watercraft

The SOLAS Concord Impeller YB-CD-14/18 is engineered to enhance the performance of Yamaha 650 models with precision and durability. Crafted from ultra-high strength, corrosion-resistant stainless steel, this impeller features a one-piece casting process that ensures optimal blade integrity and perfect pitch alignment. Designed for marine applications, it offers a reliable solution for boat owners seeking improved acceleration, top speed, and overall efficiency.
Featuring adjustable pitch options, the SOLAS Concord Impeller allows fine-tuning of performance based on specific watercraft requirements. Smaller pitches are ideal for increased acceleration and responsiveness, while higher pitches boost top speed, making it versatile for various usage scenarios. The impeller's design accommodates modifications such as limited or increased pitch, suitable for engines with higher horsepower or re-flashed ECUs that elevate RPM limits. Additionally, the lower pitch setting is beneficial for high-altitude or high-temperature conditions where engine horsepower may be reduced, or for boats carrying heavier loads where water volume management is crucial.
This impeller is a direct replacement for Yamaha 650 models, ensuring compatibility and straightforward installation. Its robust construction and precise engineering help improve fuel efficiency and engine longevity, making it a valuable component for both recreational and professional marine applications. The SOLAS Concord Impeller is an essential upgrade for watercraft owners aiming to optimize boat performance and reliability in demanding conditions.

Features:

• Made of ultra-high strength, corrosion-resistant stainless steel for durability

• One-piece casting process ensures blade integrity and perfect pitch

• Adjustable pitch options for tailored acceleration and top speed

• Suitable for engines with higher horsepower or re-flashed ECUs

• Lower pitch ideal for high-altitude or high-temperature environments

• Optimized for carrying higher weight loads with limited water volume through pump