Satellite Visibility Geometry
v1.0
Predict satellite rise, peak, set, and visibility from current TLEs, observer coordinates, and a time window.
Cross-content topic · 15 matches
Satellites
This page groups tools, debunks, and experiments that connect to the tag “Satellites”.
5 tools8 debunks2 experiments
Clear tag filterTools
Interactive models, calculators, and simulations connected to “Satellites”.
Satellite Tracker
v1.1
Replay ISS and geostationary passes on a live globe ground track with horizon elevation and pass scrubber.
Satellite Orbits Explained
v2.0
Compute orbital period, ground speed, and horizon slant range from altitude, then see why TLE plus SGP4 pass tables repeat.
Debunks
Claim-by-claim responses tied to the same topic and underlying theory.
Satellites Are Not Real
v1.0
Satellites are fake, and communication or tracking systems are really just balloons, towers, or fabricated stories.
GNSS Works Without Satellites
v1.5
GPS and GNSS are really just ground towers or fake software, so they do not prove anything about satellites or a globe.
Satellite Dishes Point Too Low To Reach Space
v1.0
Home dishes point too low above the horizon, so they must be aiming at nearby towers instead of satellites.
Satellite Passes Could Just Be Balloons
v1.0
Predicted satellite passes do not prove orbiting objects because balloons could explain moving lights too.
Apollo Moon Landings Were Real
v1.0
Apollo crews never walked on the Moon, the landings were filmed on Earth, often attributed to studio work or Kubrick-style productions.
The Firmament Dome Is Not Real
v1.0
Stars, Sun, and Moon are fixed on a nearby glass-like dome or firmament shell that encloses a flat world.
ISS Footage Shows Real Zero-G
v2.0
Space-station video is filmed in pools, aircraft parabolas, or wire rigs because sustained weightlessness cannot be real.
Experiments
Repeatable observations you can use to test the same topic directly.
Satellite Radio SDR Capture
v1.1
Can you capture a satellite radio downlink with a receive-only SDR at the predicted pass time, frequency, and sky direction the way orbital geometry predicts?