After a very successful PDR in November, the team began making several design changes in order to make their test stand and engine safer and more efficient. In January, the team got a sponsorship with Blue Origin, which allowed them to order parts for their cold flow injector testing in the spring.
They were also able to begin fabrication of the test stand and injector plate for cold flow in February, which was useful hands-on experience and knowledge for some of the new members that joined at the start of the new year. Also in February was E-Week, in which several of the team members made and presented posters to industry professionals on project updates.
Spring was a very busy time for the team. Most of March was dedicated to the team's first cold flow test, where high pressure water was pressurized through our injector in order to verify its design. This test was a huge success for the team and one of many big steps towards engine hot fire.
Very soon after the cold flow test was the AIAA Region II Student Conference, in which the team had the opportunity to write and present papers on their work in the project. Chief engineer, Michael, placed second in the open topic category with his presentation on managing safety hazards within Tartarus.
After returning from AIAA and winding down for the semester, the team began work on their next goal: an igniter test. Construction on the igniter test stand began immediately along with finalizing designs for the igniter itself. Once everything was complete, the team integrated the system and attempted a test. Unfortunately, no temperature data was gathered, but this would only be a minor setback.
After the igniter test, the team began work on a Critical Design Review for their mobile test stand. This would be the final review needed before moving on to assembly.
The Fall semester was a very exciting time for the team for it marked the first time they would attend the Student Liquid Rocketry Conference. Hosted by Georgia Tech's Yellow Jacket Space Program, this conference allowed the team to present updates on previous progress, and more importantly, interact with student teams from all over the country. The team was able to gain some invaluable feedback on engine design, pressure system design/troubleshooting, and more.
After the conference, the team resumed work on preparing for their Mobile Test Stand's Critical Design Review set for January of 2025.