The best satellite internet in 2026
For truly remote addresses, satellite is often the only option. Here's how the three main providers rank on speed, latency and value.
Starlink is the best satellite internet by a wide margin — its low-earth-orbit network delivers far lower latency and higher speeds than geostationary rivals. Viasat and HughesNet are cheaper and available everywhere, and make sense when Starlink isn't an option.
Low-earth-orbit satellites cut latency to 25–60 ms and push 50–250 Mbps — good enough for video calls and even light gaming, which legacy satellite can't manage. The hardware and monthly cost are higher, but it's the clear leader.
Read our Starlink review →Nationwide coverage with unlimited-data plans and a no-contract Unleashed option in many areas. High geostationary latency, but a strong fallback where Starlink isn't available.
Read our Viasat review →The lowest entry price of the three, available anywhere with a clear southern sky, with newer plans up to 100 Mbps. Best for browsing and streaming rather than real-time apps.
Read our HughesNet review →Why orbit decides everything
Satellite internet lives and dies by one factor most shoppers overlook: how high the satellite orbits. Traditional providers like HughesNet and Viasat use geostationary satellites parked about 22,000 miles up, so every request makes a 44,000-mile round trip — physics that adds 600-plus milliseconds of lag no upgrade can fix. Starlink flies thousands of satellites in low Earth orbit at roughly 340 miles, cutting that lag to 25–60 ms.
That single difference is why our ranking leans so heavily toward low-earth-orbit service. Geostationary satellite is fine for downloading, browsing, and streaming pre-buffered video, but the latency makes video calls awkward and most online gaming unplayable. Low-orbit service feels like a normal broadband connection. When you compare satellite plans, treat orbit type as the headline spec and price as secondary.
How we picked
We prioritized latency and real-world speed, then weighed data policies, price, and equipment costs. For satellite specifically, orbit type is decisive — low-earth-orbit fundamentally outperforms geostationary systems on responsiveness — so it carries the most weight, followed by how each provider handles heavy use once you pass its priority-data threshold. We also factored in up-front hardware cost versus leased equipment, since that changes the real first-year price significantly. Read our full methodology.
What to check before you buy
Satellite has a few gotchas that don't show up on a plan comparison. Run through these before committing:
- →A clear view of the sky. All satellite needs an unobstructed sightline. Starlink's app has an obstruction checker — run it, because nearby trees or a close roofline can cause dropouts.
- →Data fine print. "Unlimited" often means full speed up to a threshold, then deprioritization. Read the priority-data limits if you stream a lot.
- →Up-front vs. leased hardware. Starlink asks you to buy the kit; the geostationary providers usually lease it. That's a big swing in your first bill.
- →Waitlists and capacity. Starlink can sell out in busy areas. Check availability at your exact address, not just your region.
When satellite is the right call
Satellite is a rural and remote tool. If cable, fiber, or a strong 5G signal reaches your home, one of those will almost always be faster, cheaper, and lower-latency — check those first. But when you're truly off the grid of wired infrastructure, modern satellite (Starlink especially) is a genuine, capable connection rather than a last resort. For a fuller rural comparison that includes fixed wireless and DSL, see our best rural internet guide.
Prices and availability vary by address, so your best move is to run your ZIP through our checker and compare the plans that actually reach your home.
Comparing every rural option, not just satellite? See the best rural internet options.
Maya has reviewed home internet plans for a decade and tests every service on the same connected household to compare real-world performance — no provider pays for placement.