Description
Michigan Wheel 14.25" x 17" S3l Prop Apollo | Boat Supply Store
Maximize your vessel's operational efficiency with this Michigan Wheel Apollo propeller, engineered for superior hydrodynamic performance. It features a 14.25-inch diameter and a 17-inch pitch, providing robust thrust for acceleration and cruising speeds. This S3l design is ideal for achieving optimal planing on a variety of powerboats navigating coastal waters or inland lakes.
Key Features
- Optimized for enhanced thrust and efficiency
- Durable construction for extended marine service
- Precise pitch for superior acceleration and top-end speed
- Engineered for reliable performance in diverse marine environments
- 14.25-inch diameter for broad application suitability
- 17-inch pitch for effective power transfer
- S3l blade design for reduced vibration and cavitation
- Michigan Wheel quality ensures long-term operational integrity
Specifications
| Product Specifications | |
|---|---|
| Diameter | 14.25 inches |
| Pitch | 17 inches |
| Blade Count | 3 |
Who This Is For
Boaters seeking a performance upgrade for their sterndrive or outboard engine will find this propeller beneficial. It is designed for owners who prioritize efficient cruising and responsive acceleration in a variety of water conditions.
How It Compares
| Feature | Michigan Wheel 14.25" x 17" S3l Prop Apollo | Turning Point |
|---|---|---|
| Diameter | 14.25 inches | 14.5 inches |
| Pitch | 17 inches | — |
| Blade Count | 3 | 3 |
Common Concerns Answered
Will this propeller fit my specific engine model?
Fitment is crucial for optimal performance and safety. Always verify your engine manufacturer's recommended propeller specifications before purchase to ensure compatibility. Detailed fitment data can be found in your engine's service manual or by consulting our customer support.
How does propeller pitch affect my boat's performance?
Pitch is the theoretical distance the propeller would move forward in one revolution. A higher pitch (like the 17 inches here) generally results in higher top speeds but may reduce initial acceleration. A lower pitch provides better acceleration but can limit top-end speed. Selecting the correct pitch is vital for matching your engine's power band and your typical boating usage.
What is the expected lifespan of this propeller?
The lifespan of a propeller is contingent upon operational factors, including impact with submerged objects, galvanic corrosion, and regular maintenance. Michigan Wheel propellers are manufactured with high-quality materials to withstand typical marine stresses, ensuring durability when properly cared for.
Frequently Asked Questions
What is the material composition of the Apollo S3l propeller?
The Apollo S3l propeller from Michigan Wheel is typically constructed from durable, marine-grade aluminum alloy, known for its strength and corrosion resistance in saltwater and freshwater environments.
How does the S3l blade design differentiate from standard propeller blades?
The S3l designation refers to a specific blade geometry optimized for reduced hydrodynamic drag and improved water flow, leading to enhanced fuel efficiency and a smoother, quieter operation compared to conventional blade designs.
What are the benefits of a 14.25-inch diameter propeller?
A 14.25-inch diameter provides a broad blade surface area, which is effective for generating significant thrust, aiding in the planing of heavier boats or those requiring substantial low-end power for acceleration and load carrying.
Can this propeller be used in brackish or saltwater conditions?
Yes, Michigan Wheel propellers are designed for use in various marine environments, including brackish and saltwater. However, regular rinsing with fresh water and proper maintenance are recommended to prevent corrosion.
What is the recommended engine horsepower range for this propeller?
While specific recommendations vary by boat hull design and weight, a 14.25 x 17 propeller is typically suited for mid-range horsepower outboards and sterndrives, often in the 70-150 HP range, aiming for efficient performance.
