What is a LEO satellite?

LEO stands for Low Earth Orbit. These satellites orbit between roughly 250 and 2,000 km above Earth, far closer than traditional geostationary satellites at 35,786 km. That closeness is what gives LEO networks like Starlink their low latency and strong coverage, even in remote areas.

Why does LEO satellite internet feel faster than older satellite systems?

Because the satellites are so much closer to Earth, signals travel a shorter distance between your dish and the satellite, cutting latency dramatically compared to geostationary systems. This is why Starlink and similar LEO networks can support things like video calls and online gaming, which older satellite internet struggled with.

Will Starlink work on a moving vehicle or boat?

Yes, with the right mounting and hardware. We install Starlink on vehicles, marine vessels, and fixed rural sites across the Bay of Plenty, matching the dish, mount, and power setup to how and where you'll actually use it.

Is satellite better than cellular for a remote site?

It depends on your location. If you've got reasonable cellular coverage already, a cellular solution is usually cheaper and simpler to run. Once you're outside reliable cell range, satellite becomes the only consistent option. We assess your specific site and recommend whichever gets you properly connected without overspending.

What are LEO satellites used for besides internet?

Beyond broadband and mobile connectivity, LEO satellites support Earth observation (monitoring weather, land use, and disaster response) and navigation services like GPS. For most MSL clients, though, the practical use case is simple: reliable internet and communications somewhere terrestrial networks can't reach.

Are there any downsides to LEO satellite systems?

LEO satellites have shorter operational lifespans than geostationary satellites because they sit closer to Earth's atmosphere and experience more drag. Providers offset this by launching satellites in large constellations, so coverage stays consistent even as individual satellites are replaced over time. For the end user, this isn't something you need to manage; it's handled entirely on the provider's side.

Do I need a clear view of the sky for Starlink to work?

Yes. Starlink and other LEO systems need a relatively unobstructed view of the sky to maintain a stable connection. Trees, buildings, and hills can interrupt the signal. We assess mounting position as part of every installation to make sure you get the cleanest possible line of sight.