- satellite TV dish or published installation angles
- compass or phone compass
- inclinometer app if available
- line of sight to the dish
Experiment
Geostationary Dish Alignment Check
Do fixed satellite dishes keep pointing to one stable sky direction consistent with a geostationary orbital arc?
Materials Needed
Setup Steps
- Inspect a working fixed dish and note its azimuth and elevation direction.
- Compare that pointing direction with the known geostationary satellite slot used for the service.
- Notice that the dish stays fixed instead of sweeping around like it would if it were chasing nearby moving transmitters.
Expected Calculation
A geostationary satellite stays in one apparent direction for a given observer, so a correctly aligned dish can remain fixed at one azimuth and elevation. That geometry depends on real orbital position above the equator, not on random local tower pointing.
Graphic
This visual shows the core geometry the experiment is testing before the real-world observation is made.
What to Observe
- The dish points to one narrow, stable sky direction.
- Nearby houses in the same region usually point dishes toward a similar arc in the sky.
- The alignment remains useful over long periods without active tracking.
Interpretation
A fixed directional dish makes sense for a geostationary satellite arc and not for a vague local-tower replacement story.
Sources
Evidence Card
Claim
Do fixed satellite dishes keep pointing to one stable sky direction consistent with a geostationary orbital arc?
Model Used
The experiment’s stated geometry or physical model with fixed inputs across comparisons.
Formula
A geostationary satellite stays in one apparent direction for a given observer, so a correctly aligned dish can remain fixed at one azimuth and elevation. That geometry depends on real orbital position above the equator, not on random local tower pointing.Last Verified
2026-03-23
Assumptions
- The protocol holds location, height, and distance inputs fixed while comparing observation to prediction.
- A single ambiguous photo is not enough; repeatable measurements matter.
- Primary-source references carry more weight than generic summaries.
External Sources
A page-specific source set has not been attached yet.
What Would Falsify This Page
A repeatable observation that matched the competing model better than this experiment’s stated prediction would count against this page.