HughesNet and Viasat are the two long-established geostationary satellite internet providers in the United States, and for decades they were the only option for households beyond the reach of cable or DSL. Their position has been challenged hard by low-earth-orbit satellite and by fixed wireless, but they remain available essentially everywhere with a clear view of the southern sky, which is more than can be said for any of their competitors.
This comparison covers how the two differ, what they share, and — importantly — how to work out whether either is the right answer for you or whether you should be looking at something else entirely.
The physics they both live with
Both companies operate satellites in geostationary orbit, roughly 22,000 miles above the equator. That altitude is what allows a single satellite to cover an enormous area with a fixed dish that never needs to move, and it is also the source of every limitation the technology has.
A signal has to travel up to the satellite and back down for every request, and again for every response. Even at the speed of light that round trip imposes a latency floor of around 500 to 600 milliseconds, and no engineering improvement will reduce it, because the distance is fixed. This is the defining characteristic of geostationary satellite internet and the single most important thing to understand before buying it.
In practice, high latency means web pages feel sluggish to load even when the underlying bandwidth is adequate, video calls have an awkward conversational delay, real-time online gaming is effectively impossible, and VPN connections to corporate networks can be slow or unstable. Streaming and downloading, by contrast, work perfectly well, because those are throughput tasks rather than latency-sensitive ones. Our gaming internet guide explains why latency and jitter matter more than bandwidth for interactive applications.
Where the two providers differ
Data policy
This is the clearest difference in philosophy. HughesNet has traditionally built its plans around a defined monthly data allowance, after which speeds are reduced substantially rather than charged for as overage. The service continues, but slowly. HughesNet has also typically offered a separate off-peak data allowance during overnight hours, which is genuinely useful for scheduling large downloads and system updates.
Viasat has generally structured its plans around priority data. You get a quantity of data at full priority, and once it is used your traffic is deprioritized behind other customers during congestion. In practice this often means the service remains more usable after the threshold than HughesNet does, though performance becomes unpredictable.
Neither approach is unlimited in any meaningful sense. Both are designed around the fact that satellite capacity is genuinely scarce and expensive. Our explainer on data caps and how they work is worth reading before you sign up for either. If unlimited data is your priority, see how the alternatives compare in our guide to unlimited rural internet options.
Speed
Viasat has historically offered higher top-end speeds than HughesNet, particularly on its newer satellites and in areas where capacity is available. HughesNet has tended toward a more uniform, more modest speed offering across its footprint. Actual speeds for both depend heavily on how many subscribers share the beam covering your area, which is why performance varies noticeably by region.
Pricing structure
Both sell on multi-year commitments in most cases, with equipment either leased monthly or purchased, and professional installation of a dish. Both have historically used promotional pricing that steps up after an introductory period. Early termination fees are real and can be substantial, which matters a great deal given how quickly the alternatives in rural areas are improving.
Satellite plans, data allowances and contract terms change and vary by region. Confirm the current terms, the length of the commitment and the early termination fee before signing anything.
What they share
Both require a dish with an unobstructed view of the southern sky, which rules out heavily wooded properties and some north-facing valley locations. Both are affected by heavy rain and snow, an effect known as rain fade, which can interrupt service during storms. Both involve a professional installation. Both impose contract commitments that are longer than the rest of the industry. And both are, per megabit, expensive.
Which one to choose
If your usage is light and predictable, and you value knowing that the service will keep working slowly rather than becoming unpredictable, HughesNet’s model is easier to live with, and the overnight data allowance is genuinely useful for scheduled downloads.
If you need higher peak speeds, or your household streams enough that a hard slowdown would be intolerable, Viasat’s priority-data model and higher speed tiers are usually the better fit, provided you can live with the variability once your priority allowance is used.
Either way, buy the smallest plan you can tolerate rather than the largest you can afford, because per-gigabyte pricing on satellite makes generous allowances very expensive.
The bigger question: should you buy either?
This is the part that matters most. Geostationary satellite used to be the only option for rural America. It rarely is now.
Before committing to a multi-year satellite contract, check three alternatives in this order. First, fixed wireless from a mobile carrier: if you can get a usable signal, it will almost certainly be cheaper, faster, lower latency and contract-free. Second, low-earth-orbit satellite, which orbits far closer to the ground and therefore does not carry the same latency penalty; see our Starlink review. Third, any local wireless internet service provider, since small regional operators serve a great many rural areas and are easy to overlook.
Our full guide to rural internet options works through the decision in order. Geostationary satellite should be what you choose when the others have been checked and ruled out, not the first thing you sign.
The verdict
HughesNet and Viasat both do something genuinely difficult: they deliver broadband to places no cable will ever reach. Judged against that mission they succeed. Judged as a general-purpose internet connection in 2026, both are constrained by a latency floor that cannot be engineered away and by data allowances that reflect the real scarcity of satellite capacity.
If you have no realistic alternative, choose HughesNet for predictability and Viasat for speed, keep the plan modest, and read the contract term carefully. If you do have an alternative, take it.