One of the Key Stages of Our Work Is Designing the CanSat Enclosure

Designing the CanSat enclosure is one of the most critical stages of our project. More than just a shell, the enclosure protects the satellite during launch and landing while meeting strict weight, size, and durability requirements.

Material Selection and Design

We are 3D-printing the enclosure using ABS (Acrylonitrile Butadiene Styrene) for its strength, flexibility, and heat resistance. Its lightweight properties allow us to create custom shapes to house electronics, sensors, and meet the weight limit.

For the flaps, essential for stabilization and deployment, we’re using composite materials. These lightweight yet rigid materials ensure aerodynamic performance and structural reliability.

Challenges and Progress

Designing the enclosure involves overcoming challenges such as precise fitting of internal components, creating sensor openings, and ensuring durability. The 3D printing process requires careful calibration, while working with composites demands precision cutting and assembly.

Despite these challenges, our enclosure design is progressing steadily, and we’re excited about the results. Each iteration brings us closer to a final product that meets competition standards and protects our CanSat during its mission.

Take a Look

Looking Ahead

This phase challenges us to innovate and collaborate, and we’re proud of our progress so far. Stay tuned for more updates as we refine the enclosure and prepare for upcoming tests!