“Carbon Wing Joiner: Finally it is shown how to build a CFRP wing connector yourself” ✈️
Discover the technique for building a carbon wing joiner.
In the latest video, you will be presented with the self-made Carbon Wing Joiner, specially designed for the connector construction of the Energija E5. With this wing connector, the builder’s own standards are implemented.
Technical highlights of the Carbon Wing Joiner:
The Carbon Wing Joiner is characterized by its lightweight construction and exceptional stability. Carbon fiber reinforced plastic (CFRP) forms the basis of this component, making it ideal for high-performance model aircraft. The wing connector offers improved and increased load-bearing capacity.
Areas of application:
The Energija E5, a well-known model in the model aircraft world, benefits significantly from this component.
The precise processing of the Carbon Wing Joiner enables a seamless and secure connection of the wings, which is particularly crucial at high speeds and during complex maneuvers in model flying and for the fit of the wings on the fuselage.
Why carbon?
Carbon is known for its strength and lightness, making it an ideal choice for model aircraft components. It helps reduce the overall weight of the aircraft while increasing structural integrity.
Video presentation:
In the video, published on September 13, 2024, Florian K. guides you through the details and construction of the Carbon Wing Joiner in an aluminum mold. He impressively demonstrates the production and the practical tricks for producing this CFRP component. This means that anyone can build their own CFRP wing connectors if the part from the manufacturer does not meet their own requirements for the model.
Summary and call to action:
The Carbon Wing Joiner has never been shown in this seamless step-by-step manufacturing process, which “almost” enables any flight enthusiast to build one themselves and gives them a significant advantage in terms of knowledge. Watch the video to learn more about the technical details of manufacturing this heavy-duty component. Click the button below to go to the video and don’t forget to subscribe to the YouTube channel and our newsletter at MO-PILOT.COM! 🚀🛠
