Alice Stainless Steel Propeller 14 1/8x18 LH

The Alice Stainless Steel Propeller is expertly engineered for outboard motors ranging from 90 to 300HP, providing outstanding performance and longevity. Made from premium A4 Duplex Stainless Steel, this propeller is built to endure the harsh marine environment while ensuring optimal efficiency.

With a precise balance achieved through advanced static and dynamic testing utilizing 3D laser scanning, the Alice propeller guarantees a smooth operation with minimized vibration. Its mirror-polished, anti-corrosive finish enhances durability, making it a trusted choice for boaters seeking high performance and reduced fuel consumption.

Key Benefits

• Durable A4 Duplex Stainless Steel construction for added strength.
• Advanced balancing with 3D laser scanning for optimal performance.
• Mirror-polished finish for superior corrosion resistance.
• Optimized blade design for improved performance and fuel efficiency.
• Compatible with multiple outboard motor brands with suitable shear pin kits.

Technical Details

• Teeth per shaft: 15
• Diameter x Pitch: 14 1/8 x 18
• Rotation: Left-Hand (LH)
• Number of Blades: 4

Recommended Nautical Use

This propeller is perfect for recreational boating, fishing, and various marine activities that require reliable propulsion. It is particularly designed for high-performance outboard motors, ensuring efficient operation under diverse conditions.

For optimal results, pair the Alice propeller with the appropriate shear pin kits tailored to your motor brand, ensuring compatibility and enhanced performance.

Installation and Maintenance Advice

Installation is simple, requiring basic tools and adherence to the manufacturer's guidelines. Ensure the propeller is securely attached to prevent operational issues while on the water.

Routine maintenance is crucial for extending the propeller's lifespan. After each outing, inspect for signs of wear, corrosion, or damage, and clean the propeller to eliminate any debris or marine growth that could hinder performance.