As an airframe team member working on both Bearialis and ALULA, I’ve had the unique opportunity to contribute to two distinct yet interconnected projects. Bearialis, our solid motor demonstrator, served as a crucial stepping stone towards ALULA, our ambitious liquid engine rocket.

My role in the Bearialis project was primarily focused on launch operations and integration. On launch days, I found myself in the thick of the action, ensuring that every component was in place and functioning correctly. There were moments of intense problem-solving, particularly during integration, where we had to make last-minute modifications to the airframe. These experiences taught me the value of adaptability and quick thinking in the field.

Transitioning to ALULA presented new challenges. My work on ALULA’s airframe involved various tasks, including cutting and sanding fiberglass body tubes. This process required precision to ensure that the components met our aerodynamic standards. I also created test articles for fin strength analysis, which involved designing and fabricating specimens to evaluate how well our fin designs would hold up under flight conditions. The results from these tests were essential for refining our designs.

Another key responsibility was designing and prototyping tank mounts for ALULA. This task involved careful consideration of weight distribution and structural integrity. I went through several design iterations, making adjustments based on testing and feedback from the team.

During the launch phases for both Bearialis and ALULA, I was part of the integration team, ensuring that all airframe components were assembled correctly. This often included last-minute checks and adjustments, addressing any unforeseen issues to ensure a successful launch.

Overall, my work on Bearialis and ALULA has provided me with valuable experience in rocket design and construction. From the precise cutting of body tubes to the design of critical components like tank mounts, each task contributed to the overall success of our projects. This experience has enhanced my technical skills and my ability to work effectively in a fast-paced environment, preparing me for future challenges in aerospace engineering.