Definition
Describes a displayed image or symbol whose position, size, and orientation accurately match the real-world location and geometry of the feature it represents, as referenced to geographic coordinates (latitude, longitude, and elevation). On a Synthetic Vision Guidance System (SVGS) display, terrain, runways, obstacles, and flight path symbology are rendered geo-spatially correct so that what the pilot sees on the screen aligns with where those features actually are in the world outside.
Plain English
It means the picture on the screen is drawn in the right place. A mountain shown ahead and slightly left really is ahead and slightly left, at the right distance and height. The display is not a stylized cartoon — it is a true-to-position image of the world.
Context Anchor
Seen in discussions of synthetic vision guidance systems, where the cockpit display shows a computer-made outside view for approach, landing, or low-visibility operations.
Derivation
‘Geo’ comes from Greek for ‘earth.’ ‘Spatial’ comes from Latin spatium, meaning ‘space’ or ‘extent.’ Together, geo-spatial means ‘relating to position on the earth.’ ‘Correct’ here means ‘matching reality.’ So geo-spatially correct means the displayed image lines up correctly with actual positions on the earth.
Why Pilots Care
A geo-spatially correct display gives pilots trustworthy visual cues that match actual terrain, reducing the risk of controlled flight into terrain during low-visibility approaches.
Analogy
It is like a map app that places a building at its true street address, not just somewhere nearby because the picture looks right.
Grounding Statement
If the aircraft moves toward the real runway, the runway shown on the synthetic display should stay aligned with that same real runway.
Intuition Check
Do not read correct as meaning simply clear, attractive, or believable. Here it means correctly located in relation to the Earth.
Example Sentence 1
The SVGS display presents terrain and runway symbology that is geo-spatially correct, so the runway shown on the screen appears in the same place the pilot would see it out the window.
Example Sentence 2
Because the terrain database remained geo-spatially correct, the pilot could see the ridgeline ahead exactly where the chart indicated it should be.