Roadmap
UAP Flight Roadmap
A beginner-friendly journey into Unidentified Anomalous Phenomena (UAP) technology, science, and evidence-based investigation.
| Step | Topic | Key Concepts | Hands-on Projects | Best Free Resources |
|---|---|---|---|---|
| 1 | UAP Basics & History | Definition of UAP, difference from UFO, historical cases, stigma vs. science, and official terminology | Read key declassified reports and summarize one famous case (e.g., Nimitz or Gimbal) | NASA UAP Independent Study |
| 2 | Observation & Data Collection | Sensors (radar, IR, EO), multi-sensor verification, citizen science, apps, and avoiding misidentification | Set up a simple sky-watching session with a smartphone + free apps and log any anomalies | AARO (All-domain Anomaly Resolution Office) |
| 3 | The Five Observables | Sudden acceleration, hypersonic velocity without signatures, low observability, trans-medium travel, and positive lift without wings | Analyze publicly available UAP video clips and note which observables appear | NASA UAP Independent Study Final Report (PDF) |
| 4 | UAP Technology & Physics | Reported propulsion characteristics, potential field effects, plasma, metamaterials, and connections to known physics (gravity, electromagnetism) | Build a simple sensor setup (e.g., magnetometer app or basic camera rig) to experiment with environmental effects | AARO Official UAP Imagery & Cases |
| 5 | Scientific Investigation & Future Tech | Data analysis methods, crowdsourcing, multi-messenger approaches, potential advanced propulsion concepts, and rigorous hypothesis testing | Compare a resolved vs. unresolved UAP case and write your own short analysis | NASA Learning Resources or public scientific papers on arXiv |
Links are to third party websites.
This roadmap is based on publicly available reports, scientific studies, and observational data. Some topics involve unresolved or debated phenomena, and many observations may have conventional explanations. The goal is to explore evidence, apply critical thinking, and learn through a scientific lens.