Additional benefits of our 3D Printable Drone Kit
Since all of our framework components are 3D printable, students and teachers are encouraged to explore creating their own components, based on criteria we provide.
Students not only learn about different types of plastics but also gain insights into the additive manufacturing process itself. They understand how layers of material are built up to create complex structures, fostering an appreciation for the versatility and potential of 3D printing technology.
Beyond theoretical knowledge, students engage in practical application by calibrating and operating 3D printers. They learn about parameters such as layer height, infill density, and print speed, gaining hands-on experience in optimizing print settings for quality and efficiency.
The flexibility to use various plastics and modify print files encourages experimentation. Students explore the mechanical properties of different materials and learn to select the most suitable ones for specific drone components, considering factors like strength, flexibility, and weight.
100~300 microns (0.3 MM Average)
100~300 microns (0.3 MM Average)
