How high is geostationary orbit?

Compare anything from 0.001 km to Neptune's orbit.

Geostationary orbit35,786 km

The altitude where a satellite matches Earth's rotation.

Explore the scale35,786 km

The references just below and above

Nearby references are selected by logarithmic distance, not linear spacing.

How long would this journey take?

Calculated as uninterrupted travel at representative average cruising speeds.

Real travel time varies with route, stops, weather and operating conditions.

Objects move along logarithmic spacing, while size is compressed from the real ratio to remain legible.

Artwork and diagram notes

Object, landmark and planet artwork is original AI-generated imagery made for ScaleTrip. Maps use public-domain Natural Earth boundaries. Illustrations stay recognizable through logarithmic visual compression; they are not literal scale drawings.

Natural Earth — public domain

Direct answer

How high is geostationary orbit?

Geostationary orbit is about 35,786 kilometres above Earth's equator. The value is altitude above the surface, not distance from Earth's centre.

km35,786

m35,786,000

mi22,236.3895

Closest ScaleTrip references

Geostationary orbit35,786 km · 1×
The altitude where a satellite matches Earth's rotation.
Earth circumference40,075 km · 0.89×
One complete journey around Earth's equator.
Earth diameter12,742 km · 2.81×
The distance through Earth's centre from one side to the other.

Travel time at constant speed

Mode	Representative speed	Calculated time
Walking	5 km/h	298 days
Car	100 km/h	15 days
High-speed train	300 km/h	5 days
Airliner	900 km/h	1.7 days
Spacecraft	28,000 km/h	1.3 hr

Real travel time varies with route, stops, weather and operating conditions.