PAST NSL

Our history in the NASA Student Launch program

About NASA Student Launch

NASA Student Launch is a research-based, competitive rocketry challenge for college and university-level students. Teams design, build, and launch high-powered rockets carrying science or engineering payloads to a target altitude.

SOAR has participated in multiple NASA Student Launch competitions, with each year presenting unique challenges and opportunities for innovation.

Competition History

2023-2024 Season

Challenge: Deploy autonomous rover payload

Team developed rocket with custom payload bay and deployment mechanism for autonomous ground vehicle

2022-2023 Season

Challenge: Precise altitude targeting with scientific payload

Achieved successful launch and recovery with altitude within target parameters

2021-2022 Season

Challenge: Return to competition after pandemic hiatus

Rebuilt team infrastructure and competed with redesigned rocket system

Technical Achievements

Autonomous Systems

Payload deployment and autonomous vehicle operation

Altitude Control

Precise motor selection and flight simulation

Data Collection

Comprehensive flight data and telemetry systems

Recovery Systems

Dual deployment with GPS tracking

Lessons Learned

Each NASA Student Launch season provided valuable experience in:

  • Project management and milestone-driven development
  • Technical writing and formal documentation for NASA review
  • Safety protocols and risk mitigation strategies
  • Integration testing and system-level verification

Launch Locations

Primary Site: Huntsville, Alabama

Host: NASA Marshall Space Flight Center

Teams gather annually in Huntsville for launch week, presenting their projects to NASA engineers and competing against universities nationwide.

Team Impact

NASA Student Launch has been instrumental in developing SOAR members' technical skills, teamwork abilities, and professional presentation capabilities. The rigorous review process and complex challenges have prepared many members for careers in aerospace engineering.