Who It's For
High school students (typically grades 9–12)
Innovators interested in aerospace, engineering, robotics, or applied physics
Innovators seeking hands-on STEM experiences beyond traditional coursework
Ages 16+ gain direct FAA Part 107 licensure eligibility
Curriculum
What Innovators Learn
Drone Systems Engineering
Quadcopter frame design and component integration
Motor, ESC, and flight controller configuration
Soldering, wiring, and power distribution
Firmware flashing and PID tuning
Flight Science & Operations
Aerodynamics and principles of rotary-wing flight
Pre-flight checklists and safety protocols
Manual flight training and orientation
Flight logging and mission planning
FAA Part 107 Foundations
Aviation regulations and airspace classification
Weather theory and METAR interpretation
Aircraft performance and maintenance
Risk management and emergency procedures
Professional Development
Technical documentation and engineering notebooks
Presentation and demonstration skills
Team collaboration and project management
Career pathway mapping in aerospace and UAS
Structure
Program Structure
Phase 1
Build
Hands-on construction of a functional quadcopter from individual components. Soldering, wiring, frame assembly, and system integration.
Phase 2
Fly
Flight training, pre-flight safety protocols, manual piloting skills, and mission planning using real flight scenarios.
Phase 3
Certify
FAA Part 107 exam preparation covering all knowledge domains. Practice tests, study guides, and a clear timeline to sit for the exam.
Outcomes
By the end of this Orbit, innovators will have:
A fully assembled, flight-tested quadcopter
Practical understanding of drone systems engineering
Readiness to sit for the FAA Part 107 Knowledge Test (ages 16+)
Engineering documentation portfolio
Exposure to real-world aerospace career pathways
Bring This Orbit to
Your Organization
Partner with O² to deliver the Build. Fly. Certify. program at your school, community center, or organization.