3-blade composite propeller 12.6 × 10.8 in for Navy 6.0 / 6.0 Evo (pre-2024)

No, this propeller is designed for Navy 6.0 and Navy 6.0 Evo models manufactured before 2024. For 2024 and later models, consult the manufacturer’s specifications to find the appropriate propeller, as designs may have changed.

This propeller is made from composite material. This material choice gives it a combination of lightness and strength, essential for increased durability in the marine environment.

A large-pitch propeller, like this one, is designed to improve efficiency at higher cruising speeds. It maximizes thrust and reduces energy consumption when the boat sails at a steady, sustained speed, thereby offering better range.

The three-blade design of this propeller ensures a good balance between thrust and vibration reduction. This contributes to the quiet operation characteristic of ePropulsion electric propulsion systems, providing a more pleasant and comfortable sailing experience.

The weight of this propeller is 0.8 kg. Its lightness, due to its composite construction, contributes to overall performance and maneuverability of the engine without adding excessive weight to the entire propulsion system.

No, this propeller is specifically designed and optimized for ePropulsion Navy 6.0 and Navy 6.0 Evo motors (models before 2024). Using it with other models may compromise performance, mechanical compatibility, or safety.

You should be able to find the manufacturing year of your Navy 6.0 or Navy 6.0 Evo motor on the rating plate, usually located on the motor cylinder or the drive head, or in the documentation provided at purchase. It is essential to verify this information to ensure proper compatibility with the propeller.

Yes, being made of composite material, this propeller is designed to offer good resistance to corrosion and marine environment attacks, thus ensuring its durability and longevity even under intensive use in salt water.

Installing a propeller is generally a straightforward procedure that can be done with basic tools. It is recommended to follow the specific instructions provided in the user manual for your ePropulsion Navy 6.0 or 6.0 Evo engine for correct and secure installation.

Generally, to replace a propeller, you will need an adjustable wrench or a wrench of the correct size to unscrew the propeller’s retaining nut, as well as a spare cotter pin if the original one is damaged. Consult your engine’s manual for the exact tools and torque specifications.

Yes, it is important to ensure the engine is off and disconnected from any power source before starting installation. Check that the washer, spacer ring, and split pin are correctly positioned and secured to prevent loss or damage during use. Tighten the nut to the torque recommended by the manufacturer.

Yes, the three-blade design of this propeller is optimized to reduce vibration and cavitation, which directly contributes to the quiet and smooth operation characteristic of ePropulsion electric propulsion systems, enhancing the onboard experience.

The propeller is usually sold separately. Mounting accessories such as the nut, washer, or cotter pin are often spare parts sold separately or may already be included with the engine. It is advisable to check the exact contents of the package at the time of purchase or consult the list of recommended accessories.

Yes, this ePropulsion propeller is covered by the manufacturer's standard warranty. For specific details regarding the duration and warranty conditions, please refer to the official ePropulsion documentation provided with the product or available on their website.

The primary purpose of this propeller is to optimize the performance of the Navy 6.0 and 6.0 Evo motors by improving efficiency at higher cruising speeds. It is designed to deliver effective thrust and optimized energy consumption, ideal for longer-distance travel.

The direct-drive system of the Navy 6.0 and 6.0 Evo motors means the propeller is directly connected to the motor shaft without intermediate gears. This contributes to better energy efficiency, fewer moving parts (reducing wear) and quieter operation, which the propeller is designed to complement harmoniously.

To maintain the efficiency and durability of your propeller, rinse it with fresh water after each use at sea to remove salt and debris. Regularly inspect the blades for any damage, algae buildup, or fishing lines, and clean them if necessary using a soft brush.