FPV Drone Training Gate
This 3D printable model is designed as a training gate for FPV (First-Person View) drone enthusiasts. It's an excellent tool for creating a training course, allowing pilots to practice navigating through gates, enhancing their precision and control. This model is designed to be both lightweight and durable, making it ideal for drone racing or skill improvement sessions.
Components Required for Assembly:
- 2x 3D-Printed Models: These models form the primary structure of the gate. They should be printed using durable filament, and the design ensures precise connections, allowing easy assembly. The 3D-printed components create a sturdy frame for the gate.
- Piece of Rope: A strong rope or cord is required to tighten the gate's opening. This piece is threaded through the 3D-printed models and provides the necessary tension to hold the structure firm. The rope should be robust enough to withstand outdoor use and changing weather conditions. It functions as the mechanism for stabilizing the gate, and can be adjusted for different gate sizes.
- Tent Pole (for Gate Frame): A flexible, lightweight tent pole (typically used in camping tents) serves as the main structural skeleton of the gate. The tent pole is inserted through the 3D-printed models and bent to form the desired arch shape. This component provides stability to the structure and allows for easy assembly and disassembly, making it convenient for storage and transport.
- Swimming Noodle (with Hole): A swimming noodle (or pool float) with a hole running through the center is used as a protective and flexible feature. The hole in the noodle allows the tent pole to pass through, and the noodle can be placed around the frame to cushion any contact with the drone. This feature prevents damage to the drone in case of accidental hits, and the noodle also enhances the visual appeal of the gate.
- 0.5-meter Round Rod (Diameter 10mm): A 0.5-meter long round rod with a diameter of 10mm serves as the base of the entire gate structure. This rod provides the necessary stability and balance to the frame, ensuring that the gate stays in place during training sessions. The rod helps prevent the gate from tipping over and gives it the support needed to withstand light to moderate wind or impacts.
Assembly Instructions:
- First, 3D print the two gate components according to the provided files.
- Insert the tent pole through the holes in the 3D-printed parts. The pole will create the arch of the gate.
- Use the piece of rope to secure the models together, tightening it to ensure the structure stays firm.
- Insert the 0.5-meter round rod at the bottom of the frame. The rod will serve as the gate's base, stabilizing the entire structure.
- Slide the swimming noodle over the tent pole, adjusting it into place to provide cushioning and safety for your drone.
Design and Features: This training gate is designed to be practical and easy to use. It features:
- A lightweight and portable structure, allowing for quick setup and takedown.
- A flexible yet sturdy frame that can withstand impacts from drones.
- Adjustable dimensions, as the rope tension can be altered to modify the width and height of the gate.
- Portability, with the entire structure easily disassembled for compact storage.
- Stability provided by the 0.5-meter round rod, ensuring the gate stays in place during use.
This gate is built to withstand outdoor conditions and is perfect for outdoor FPV drone training. It's great for setting up a course for drone races or improving piloting skills in a controlled environment.
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