Propeller for Waydoo Subnado 66 mm — replacement 66 mm propeller, model 4010000046

Replacement 66 mm propeller compatible with the Waydoo Subnado underwater vehicle. This genuine Waydoo part provides the correct diameter and mounting for Subnado models that use 66 mm props. The propeller is responsible for converting motor torque into thrust to propel the vehicle, helping restore propulsion performance after blade damage or as part of routine maintenance.

Advantages

The 66 mm Waydoo Subnado propeller is manufactured to fit the original mounting and dimensions of the Subnado drive system, ensuring consistent alignment and reliable thrust transfer. Using a genuine replacement reduces the risk of imbalance that can cause increased vibration or reduced efficiency. The part is compact and lightweight, making it straightforward to store as a spare and quick to replace in the field.

Suitable for

• Waydoo Subnado models that require 66 mm propellers
• Routine maintenance and scheduled part replacement
• Repairing damaged or chipped propeller blades
• Keeping a spare propeller for dive operations and field use

Key specifications

• Propeller diameter: 66 mm
• Designed for Subnado series thrusters
• Maximum thrust capability (with appropriate motor and conditions): up to approximately 6.5 kg
• Form factor: single-piece replacement propeller compatible with original mounting

How to use

Before installation, inspect the propeller and motor mount for debris or damage. Power down and disconnect the Subnado according to the manufacturer’s safety instructions. Remove the damaged propeller by following the device-specific removal steps, then fit the replacement 66 mm propeller onto the shaft, ensuring correct seating and orientation. Reconnect power and perform a low-throttle test in a safe environment to verify balance and smooth operation before full use.

Usage recommendations

Store spare propellers in a dry, padded container to prevent deformation. Replace propellers showing visible chips, cracks, or warping to maintain thrust efficiency and avoid motor strain. After any replacement, conduct a short functional test at low speed to confirm secure mounting and balanced rotation.