Delta Rocket - RC Glider or EDF Jet

thingiverse

The Rocket Glider is a model aircraft designed by [Author's Name] that can be built using 3D printing technology. The instructions provided are detailed and easy to follow, making it accessible to builders of all skill levels. Here's a summary of the steps involved in building this unique flying machine: 1. **Design and Printing**: The design of the Rocket Glider involves creating a fuselage, wings, and ailerons using 3D modeling software. The parts are then printed using a 3D printer. 2. **Assembly**: The printed parts are assembled together to form the complete model. This includes attaching the wings to the fuselage and installing the ailerons. 3. **Mirror Method for Symmetry**: To create the right wing, the mirror feature in the 3D modeling software is used. This creates a mirrored version of the left wing, ensuring symmetry between the two wings. 4. **Electrics**: The Rocket Glider requires electrics to fly. A receiver, two micro servos (one for each wing), a small battery, and a size A rocket engine are needed. The battery should be placed as far forward as possible to encourage nose weight. 5. **EDF Conversion**: If the builder wants to convert the model into an EDF (Electric Ducted Fan) RC Jet, they can scale up the design by ten times. This will accommodate a 50mm EDF in the fuselage. The cables for the motor need to be protected, and air flow considerations are important. 6. **EDF Mods**: To fit the EDF, a wire cover needs to be created using the same technique as making the fuse. A vertical fin is also needed, which can be designed and 3D printed separately. An insert in the wire cover for the fin to slide in is made using a similar technique to creating ailerons. 7. **Air Vents**: The final part of the model is the air vents, created by hollowing out a sphere using a cylinder and cone shapes. Air vents are essential for proper airflow around the EDF. 8. **Printing and Assembly**: Once all parts are designed and printed, they need to be assembled together to form the complete model. 9. **Final Check and Flight**: The finished model is ready for flight. It's recommended to secure the ailerons before launch if using it as a rocket only. If electrics are used, the model can be steered back down to earth after reaching its maximum height. The Rocket Glider project showcases how 3D printing technology can be utilized in various creative ways.