Why Orbit Changes the Wait
A data request has to make a round trip: from a device to a satellite, onward through the network, and back with a response. Radio signals travel close to the speed of light, but even at that speed, extra distance adds measurable delay. A satellite much higher above Earth can serve a wide area, yet its signals have farther to go.
Lower-orbit satellites shorten that space leg. This can make interactive tasks—such as video calls, online games, and remote control—feel more responsive because less time passes before a reply arrives. The improvement is about latency, the time data takes to make the trip, not necessarily the amount of data a connection can carry.
The Tradeoff of Flying Lower
A satellite closer to Earth covers a smaller patch of ground and moves quickly across the sky from a user's perspective. To keep service available, a network needs many satellites and must shift a connection from one satellite to another as they pass. That transfer is called a handoff.
The signal may also travel through ground stations and other parts of the internet, so orbit height is only one part of the journey. Still, shortening the space segment can remove a major source of delay. The practical tradeoff is clear: lower satellites can make faraway network links feel quicker, but maintaining continuous coverage takes a coordinated fleet rather than one satellite serving an enormous region.
