SOLAS Impeller St Cd 14/19 for Marine Watercraft

The SOLAS Impeller St Cd 14/19 is engineered with advanced technology to enhance your watercraft's performance. Constructed from ultra-high strength, corrosion-resistant stainless steel, this impeller is cast in a single-piece mold to ensure durability and precise blade geometry. The design features carefully calibrated blade pitches that optimize acceleration and top speed, making it suitable for various boating applications. Whether you need improved acceleration for quick starts or increased top speed for fast cruising, this impeller offers versatile options. Adjusting the pitch allows you to tailor the performance; smaller pitches favor rapid acceleration, while larger pitches enhance top speed. The impeller can be used in stock form or modified for specific needs such as higher horsepower engines or high-altitude conditions. For boats with re-flashed ECU and increased RPM limits, a lower pitch can help maintain efficiency under higher revs. Additionally, the impeller's design accommodates extra weight and high-temperature environments where engine performance might otherwise be compromised. Overall, the SOLAS St Cd 14/19 impeller combines precision engineering with adaptable features to meet a broad range of marine propulsion requirements, ensuring reliable operation and optimal performance in diverse conditions.

Features:

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

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

• Smaller pitches improve acceleration and reduce top speed

• Increasing pitch decreases acceleration but increases top speed

• Higher pitch than stock suitable for high horsepower watercraft

• Limited and modified impeller options adapt to various engine configurations

• Lower pitch can be used with re-flashed ECU for higher RPM applications

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

• Reduced pitch supports higher weight loads by limiting water volume through the pump