SATGUS Satellite Overview

Introduction

• SATGUS is a custom-built satellite designed to take selfies of individuals on Earth with the planet as a backdrop.
• It will orbit at five miles per second, conducting photography when instructed by users.

Unique Features of SATGUS

• Equipped with a phone and camera primarily for selfie-taking purposes.
• Personalized photo over users' chosen cities.
• Overlapping presence in the photo by waving at the moment of capture.

DIY Space Program

Six Steps to Build and Launch a Satellite

1. Design Phase:

   • Utilize Computer-Aided Design (CAD) software.
   • Begin with standardized CubeSat sizes: 1U to 12U.
   • SATGUS uses the 3U size to efficiently manage space for payload.

2. Design Analysis:

   • Assess threats from space: vibrations, temperature extremes, radiation, and vacuum conditions.
   • Use finite element modeling for stress analysis.

3. Build Phase:

   • Assemble and test all hardware components.
   • Ensure redundant systems for crucial functions.

4. Environmental Testing:

   • "Shake and bake" tests simulate launch and space conditions.
   • Ensure structural integrity and functional operation in simulated conditions.

5. Launch Preparations:

   • Launch from Vandenberg Space Force Base, California on a SpaceX Falcon 9.
   • Select launch parameters to ensure ideal orbits for global coverage.

6. Operations and Monitoring:

   • Deploy and operate SATGUS in orbit.
   • Monitor vital statistics and begin the selfie-taking mission.

Technical Insights

• Payload Configuration:
  • Dual camera system and solar panels for power.
  • Reaction wheels and torque rods for orientation in space.
• Mechanisms for Resilience:
  • Specific coatings for temperature control.
  • Radiation shielding via materials testing.

Collaboration and Learning Opportunities

• Partnerships with Google Pixel and T-Mobile for technology integration and communication.
• Educational programs through CrunchLabs, offering mechanical toys and robotics for experiential learning.

Fun Facts and Lasting Impact

• Space is significantly less crowded than sky flights; no thrusters needed to avoid collisions.
• SATGUS' mission ends with atmospheric re-entry after 1-3 years, disintegrating upon return.

Get Involved

• Upload pictures through spaceselfie.com for a chance to watch the launch in California.
• Educational subscriptions available through CrunchLabs offering STEM engagement and potential college tuition prizes.

Conclusion

• SATGUS embodies the innovation and collaboration possible in aerospace engineering today, encapsulating educational advancement and personal involvement in space exploration.