Wind Turbine

This is a scale model of a wind turbine.

The tower is comprised of two pieces to ensure it fits within the printing volume of the X1C. A connector has been incorporated into the tower, guaranteeing a seamless join. At the juncture of the tower and the nacelle, the connector has been designed with a round shape, leaving the option of adhering it for immobility or allowing rotation. The blades have been crafted separately from the hub to avoid the need for supports. In theory, there is sufficient clearance for a snug fit. However, the final fit may depend on how the seam is configured, potentially necessitating slight sanding. I only had to sand one of the blades minimally.

The union of the hub with the nacelle has been designed to fit under pressure, enabling the blades to rotate. At this stage, it may be beneficial to lightly sand the base of the hub if any rubbing occurs. A little sanding will promote a smoother movement.

NOTE: you will observe a piece of paper adhered to the nacelle, on the side. This is where I have personalized it with a name. I opted not to include the textbox in the design file, as it can also be placed on the base. The decision to customize is entirely up to you.

NOTE-2: The file is designed to print the base with gray PLA in one go. However, the requester ultimately provided a machined methacrylate base, which is what is currently on the model. The file allows you to customize the base color as desired, as the base and aero components are designed for different colors.

Model of a wind turbine made to scale.

The tower is made in two pieces to fit within the printing volume of the X1C. A connector has been added to the tower so that when joining it it is perfect. At the junction of the tower with the Nacelle the connector has been made round, leaving it up to you whether you want to stick and leave it immobile or whether it can rotate. The blades have been made separate from the hub so as not to have to put supports and, in theory, they have enough margin for them to fit well, although it depends on how you configure the seam, you may have to go over it a little with sandpaper, I only had to sand a little one of them.

The union of the hub with the Nacelle has been designed to fit under pressure, allowing the blades to rotate. At this point it is convenient to sand the base of the hub a little if you notice that it rubs something, here simply sand a little to allow a slightly smoother movement.

NOTE: you will see that in the Nacelle, on the side there is a piece of paper. It's because there I have personalized it with a name. In the design file I did not want to include the textbox because you can also place it in the base. so I leave it to your discretion whether or not you want to customize.

NOTE-2: The file is designed to print the base with gray PLA in one go, but in the end the requester brought me a methacrylate base machined by him and it is the one he has on. But in the file you can put the color you want in the base, since base and aero are designed for different colors.