Description

Impeller – Concord – 14/22 – Sea Doo

The SOLAS Concord Impeller (Part Number SD-CD-14/22) is engineered to optimize your Sea Doo’s watercraft performance with a combination of advanced features. Crafted from ultra high-strength, corrosion-resistant stainless steel, this impeller offers exceptional durability and longevity even in challenging marine environments. Its mirror-smooth finish and polished hub are designed to minimize cavitation and enhance overall efficiency, ensuring smooth operation across all ranges of watercraft activity.
Variable pitch design provides both low-speed torque and high-speed capabilities, making it versatile for various applications. The impeller’s exclusive hub-end water seal prevents debris and water ingress, protecting vital components and reducing maintenance needs. Designed for all-range maneuverability, it maintains consistent performance without slippage in water hookup, resulting in reliable acceleration and top speed.
Choosing the right impeller depends on your engine modification level; refer to the appropriate chart columns for guidance. Lower pitch impellers are recommended for high-altitude, pulling, or freestyle applications, while the pitch is determined by casting, not bending, ensuring precise performance characteristics. Whether you’re engaging in recreational riding or competitive freestyle, the SOLAS Concord Impeller is a robust upgrade that enhances your watercraft’s capabilities and reliability.

Features:

• Variable pitch impeller delivers both high torque at low speeds and high speed performance.

• Exclusive hub-end water seal prevents debris and water intrusion, protecting internal parts.

• Constructed from ultra high-strength, corrosion-resistant stainless steel for durability.

• Mirror-smooth finish and polished hub reduce cavitation and improve efficiency.

• Designed for all-range maneuverability with no slippage in water hookup.

• Impeller pitch determined by casting, not bending, for consistent performance.

• Recommended impeller selection based on engine modifications and application needs.