Alice Stainless Steel Propeller 15 1/4x19 LH

The Alice propeller is engineered for outboard motors between 90 and 300 horsepower, delivering outstanding performance and reliability on the water.

Made from high-quality A4 Duplex stainless steel, this propeller is designed for durability and exceptional corrosion resistance, making it perfect for marine environments.

Utilizing advanced balancing techniques, including static and dynamic testing with 3D laser scanners, the Alice propeller maximizes efficiency. Its innovative blade geometry enhances performance while minimizing fuel consumption, making it a smart choice for boaters.

Key benefits

• Durable A4 Duplex stainless steel construction for long-lasting use.
• Precision-balanced for smooth operation and minimized vibration.
• Corrosion-resistant with a mirror polish finish utilizing electrolytic technology.
• Optimized blade design for high performance and reduced fuel consumption.
• Compatible with various outboard motor brands with specific shear pin kits.

Technical details

• Number of Blades: 3
• Diameter x Pitch: 15 1/4 x 19
• Rotation: Left-Hand (LH)
• Shear Pin Kits Required: 4960029 for Tohatsu/Honda, 4960024 for Suzuki, 4960026 for Yamaha, 4960030 for Mercury

Recommended nautical use

The Alice propeller is ideal for recreational boating, fishing, and various marine activities. Its sturdy design is suitable for both freshwater and saltwater applications, ensuring reliable performance in diverse conditions.

For optimal functionality, use the correct shear pin kit based on your motor brand. Regular maintenance checks are recommended to keep the propeller in excellent condition.

Installation and maintenance advice

Installation should be conducted by a qualified technician to guarantee proper fitment and functionality. Adhere to the manufacturer's guidelines for securely attaching the propeller to the motor.

Routine maintenance includes inspecting the propeller for wear or damage and cleaning it regularly to prevent corrosion. Ensure shear pins are replaced as necessary for optimal performance.