DRONE

I am excited to present to you the drone that we have designed with great enthusiasm. We developed this drone using modern technology and engineering principles, and the result is truly impressive. We worked meticulously at every stage of the drone's development, aiming to provide maximum user convenience.

Firstly, we manufactured the drone's parts using a 3D printer. This helped us enhance the precision and durability of the parts, resulting in a robust structure. During the assembly phase, we carefully considered every detail while putting the parts together, making it easy for users to assemble the drone.

We adopted a compact approach in the drone's design, allowing users to benefit from both portability and easy storage. Specifically, we designed the arms of the drone to be foldable, providing ease of transport and space-saving storage.

Furthermore, we paid great attention to the integration of electronic components. This ensures that the drone will deliver high performance and reliability, providing you with a seamless flying experience.

In conclusion, we hope that you will have an excellent experience with the drone we have designed. We have thought of every detail for you and have created a product that maximizes user convenience. We look forward to you trying out the drone and receiving your feedback.

Best regards,

Using 15mm thick carbon fiber rods can be an excellent choice for building a drone. You can use carbon fiber rods of the same thickness for both the landing gear and legs of the drone. The motor holes on the drone are designed with a 3mm diameter and a length of 22mm to securely mount the motors. Additionally, you can use metric spacer screws to secure the battery compartment of the drone. M3 metric screws are preferred for assembling all these parts.

To create the body of the drone, attach the carbon fiber rods together using the body 5 STL file. This method will provide the drone with a more robust structure and high strength. The combination of these materials and methods will form the foundation for a powerful and durable drone.

Using 15mm thick carbon fiber rods can be an excellent choice for building a drone. You can use carbon fiber rods of the same thickness for both the landing gear and legs of the drone. The motor holes on the drone are designed with a 3mm diameter and a length of 22mm to securely mount the motors. Additionally, you can use metric spacer screws to secure the battery compartment of the drone. M3 metric screws are preferred for assembling all these parts.

To create the body of the drone, attach the carbon fiber rods together using the body 5 STL file. This method will provide the drone with a more robust structure and high strength. The combination of these materials and methods will form the foundation for a powerful and durable drone.