The Heart of SOAR
Learn more about the teams and people that help SOAR thrive.
Airframe and Recovery
The Airframe & Recovery subteam designs the structural components of the rocket, ensuring its durability and aerodynamic efficiency. This team also develops and implements recovery systems, such as parachutes or other mechanisms, to ensure safe and controlled landing after flight.
Avionics
The Avionics Subteam designs and integrates the rocket's electronic systems, including navigation, telemetry, flight control components, and the software that enables autonomous flight and data analysis. They ensure seamless communication and real-time monitoring throughout the mission, optimizing performance and safety.​
Business
The Business subteam manages the financial, administrative, and outreach aspects of the team, including fundraising, sponsorships, and budgeting. They ensure the team's operations are financially sustainable and work to increase visibility and engagement with the community. They also handle the team's social media. ​
Simulations
The Flight Simulations and Modelling subteam uses computational tools to simulate and analyze the rocket's performance, trajectory, and aerodynamics. They create detailed models to predict flight behavior, identify potential issues, and optimize designs for maximum efficiency and safety during actual launches.
Manufacturing
The Manufacturing subteam is responsible for fabricating and assembling the rocket's components, ensuring precision and quality in the production process. They work closely with the other subteams to turn designs into tangible parts, using various tools and techniques to meet performance and safety standards. ​
Payload
The Payload subteam designs and integrates the scientific or experimental payloads that the rocket will carry into flight. They focus on ensuring the payload’s functionality, safety, and proper integration with the rocket’s systems, often working with external organizations to meet specific mission objectives.​
Propulsion
The Propulsion Subteam is responsible for designing, building, and testing the rocket's engine and fuel systems, ensuring optimal thrust and performance. They focus on achieving reliable and efficient propulsion to meet mission objectives while adhering to safety standards.​
