SOLAS SRZ CD 13/18A Impeller for Watercraft Performance Enhancement

The SOLAS SRZ CD 13/18A impeller is designed to optimize your watercraft's propulsion system with advanced engineering and durable construction. Crafted from high-strength, corrosion-resistant stainless steel, this impeller is cast in a single mold to ensure flawless blade pitch and performance consistency. Its design features a smaller pitch, which enhances acceleration and provides precise control over top speed, making it ideal for boaters seeking quick responsiveness and nimble handling.
Adjusting the pitch allows customization according to your watercraft's needs. Increasing the pitch can boost top speed at the expense of acceleration, while a lower pitch enhances acceleration capabilities. For high-horsepower engines, a higher pitch than stock can be used to maximize speed, whereas a lower pitch is suitable for boats with re-flashed ECU systems that increase RPM limits. This impeller is also suitable for high-altitude or high-temperature conditions where engine power may be compromised, providing reliable performance across various environments.
The SOLAS SRZ CD 13/18A impeller is versatile, with specific recommendations for limited and modified applications to match your boat’s performance goals. Its precise blade design ensures efficient water flow, reducing cavitation and increasing overall efficiency. Whether you're upgrading your existing system or tailoring your watercraft for specific conditions, this impeller offers the durability and performance you need for a superior boating experience.

Features:

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

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

• Smaller pitch improves acceleration and control

• Adjustable pitch options for optimizing top speed or acceleration

• Suitable for high-horsepower engines with higher pitch requirements

• Compatible with re-flashed ECU systems to increase RPM limits

• Effective in high-altitude or high-temperature environments

• Designed for reliable performance and water flow efficiency