SOLAS Impeller Concord Kaw 10/16 - High-Performance Marine Propeller

The SOLAS Concord Kaw 10/16 impeller is engineered to deliver exceptional performance and durability for your watercraft. Crafted from ultra-high strength, corrosion-resistant stainless steel, this impeller is cast in a single-piece mold to ensure perfect blade pitch and structural integrity. Designed for optimal watercraft acceleration and top speed, the SOLAS KX-CD-10/16 impeller features precise blade pitches tailored to enhance your vessel’s performance across a variety of conditions. Whether you seek improved acceleration or higher top speeds, this impeller offers versatile options through adjustable pitch settings, making it suitable for different engine modifications and operational environments.
Its design accommodates modifications such as increased or decreased pitch, allowing customization depending on your watercraft’s horsepower, altitude, or temperature conditions. A lower pitch can support increased RPMs with re-flashed ECUs or higher weight loads, while higher pitches can boost top speeds for high-horsepower applications. The SOLAS impeller’s construction ensures long-lasting performance even in challenging marine environments, providing a reliable upgrade for your boat’s propulsion system.
Ideal for boat owners seeking a combination of acceleration and speed improvements, the SOLAS Concord Kaw 10/16 impeller is a versatile choice for both recreational and performance watercraft. Easy to install and backed by SOLAS’s reputation for quality, this impeller enhances your vessel’s efficiency and responsiveness, ensuring a smooth and powerful ride every time.

Features:

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

• Cast in a one-piece mold to ensure perfect blade pitch and structural integrity

• Adjustable blade pitch allows for optimization of acceleration and top speed

• Suitable for watercraft with modified or re-flashed ECU for higher RPMs

• Designed for high altitude or high temperature environments where horsepower is affected

• Supports increased weight loads by reducing blade pitch to limit water volume through the pump