Gemfan Floppy Proppy F5135 3-Blade Propeller (2CW + 2CCW)

Are you in Australia and looking to buy Gemfan 5135 3-blade propellers? These Gemfan 5135 Tri-blade 5-inch Floppy Proppy Propellers are a great choice. They're designed for high-speed racing, but also work well for long-range setups, boosting efficiency and flight times. The inverse tip design cuts down on blade tip vortex. Being lightweight, they have a small moment of inertia and offer a fast response. Gemfan designers used CATIA modeling software and Ansys Fluent to create the Flash propeller airfoils and blade style. By combining effective airfoils with different motors and testing factors like surface pressure, airfoil optimization, lift force, resistance, and torque, they developed the Flash series, perfect for racing. Specifications: Material is PC. Available in colors like Clear Black, White, Red, Yellow, and Blue. No adapter rings. It has 3 blades with a 3.5mm pitch. Prop disk diameter is 129.6mm, center hub thickness is 7mm, center hole inner diameter is 5mm (POPO Compatible), max prop width is 14.2mm, and it weighs 4.7g. It includes 4 Gemfan Floppy Proppy 5135 Foldable Tri-Blade propellers (2CW, 2CCW). Browse more 5 INCH PROPELLERS, FOLDING PROPS, GEMFAN PROPELLERS, and DRONE PROPS.

Using your Gemfan 5135 3-blade propellers is easy. First, make sure they are the right fit for your drone by checking the center hole inner diameter (it's 5mm and POPO Compatible). Attach the propellers securely, ensuring you have the correct CW (clockwise) and CCW (counter - clockwise) ones in the right positions. When flying, these propellers are great for high - speed racing or long - range flights, but keep in mind that they are designed for high - performance use. For maintenance, after each flight, check the propellers for any signs of damage like cracks or chips. If you notice any issues, it's best to replace the propeller to ensure safe and efficient operation. Store them in a cool, dry place to prevent any warping. Avoid using them in extremely harsh weather conditions as this may affect their performance and lifespan.