Design Concept

The propeller is designed for optimal performance in remote-controlled model airplanes, ensuring efficient thrust and stability during flight. Its streamlined structure minimizes air resistance, improving aerodynamics.

Purpose

Ideal for hobbyists who want to upgrade or replace the propeller in their RC airplanes, this design focuses on providing balanced flight dynamics and durability.

Printing Suggestions

Use a strong, lightweight filament like carbon fiber or nylon to maintain performance integrity. A high-quality, high-resolution 3D printer is recommended to capture the propeller's precise features.

Assembly Instructions

Carefully attach the propeller to the motor shaft of your RC model airplane. Ensure it fits securely to avoid any detachment during operation.

3D model description

Propeller designed for RC model airplanes, optimized for lightweight strength and balanced thrust. Suitable for testing or regular use in small-scale aircraft modeling. Can be 3D printed in materials like PLA or PETG, depending on your performance needs. Make sure the shaft hole matches your motor and always dynamically balance the propeller before flight.

3D printing settings

Printing Temperatures: ABS: Nozzle Temperature: 240°C Bed Temperature: 100°C PLA: Nozzle Temperature: 210°C Bed Temperature: 60°C

These settings ensure optimal printing results for each material. For ABS, it is recommended to use the printer in a well-ventilated area or with an enclosure to manage fumes. For PLA, ensuring a clean bed surface or using additional adhesion aids can enhance print quality and adhesion.