3D printable Model Rocket

thingiverse

Single Stage rocket crafted to accommodate a B-C size engine. Link to 2 stage rocket: [insert link] Link to Engine Plugs: [insert link] Print Settings: Printer Brand: Afinia Printer Model: AFINIA H480 Rafts: Not required Supports: Not required Infill: Shell Notes: Design drawings may need to be scaled for optimal printing. Post-Printing: Engine Mount: Engine mount is designed with a paper clip attachment at the bottom, holding the engine securely in place. The design focuses on minimizing weight while maintaining structural integrity. Design Overview: Initial consideration of desired engine type drove rocket design. Additional attention was given to minimizing rocket mass while ensuring durability. 3D Rocketry Lesson Plan Objective: Learn how to design a basic model rocket and gain understanding of the design cycle through practical application. Audience: Targeting middle school and high school students in drafting, engineering, and physics classes. Preparation: Students should be familiar with model rockets and their functions. Students should have access to 3D modeling software and possess fundamental knowledge of its use. Prior engine selection is crucial for successful rocket design. Access to 3D printers is also necessary. A well-equipped classroom includes computers for every student, equipped with the required software, a model rocket launcher, rockets, and adequate space for launch activities. Lesson Steps: Explain project details to students. Allow groups/students to identify the requirements for their designs. Begin designing and modeling. Print completed projects. Rocket testing and analysis. Gather feedback and refine designs as needed. Re-test rockets multiple times, as necessary. Optional: Students create and present on the design cycle, physics concepts applied, and their application. Results: Students successfully complete one or more rockets, achieving enhanced understanding of model rocketry and its underlying principles.