Three years ago, satellite internet meant expensive, slow connections with terrible latency. Now it’s a legitimate alternative to terrestrial broadband for millions of people. Starlink dominates headlines, but OneWeb and Amazon’s Kuiper have finally launched commercial services. Here’s how they actually compare if you’re trying to get reliable internet somewhere without fiber or cable.

Coverage and Availability

Starlink has the most mature network with over 5,800 satellites in orbit. Coverage includes most populated areas between 60° north and south latitude. That means service throughout North America, Europe, Australia, and significant parts of Asia, Africa, and South America. Some remote northern regions still have gaps, but coverage is generally excellent.

OneWeb operates about 650 satellites focused on latitudes above 50° north and below 50° south. Their priority markets are Arctic regions, maritime, and aviation. Ground-based consumer service launched in mid-2025 and is still rolling out. If you’re in Alaska, northern Canada, or Scandinavia, OneWeb might actually be better than Starlink. Elsewhere, availability is hit or miss.

Amazon’s Kuiper launched commercial service in January 2026 with about 1,200 satellites deployed. Coverage overlaps substantially with Starlink but is spottier in polar regions. Amazon’s prioritizing the continental US, Europe, and India for early rollout. If you’re outside those areas, you’re probably waiting until late 2026 or 2027.

Speed and Latency

Starlink’s Gen 3 satellites and updated ground stations now deliver 150-300 Mbps download speeds typically, with bursts up to 500 Mbps during off-peak times. Upload speeds are 20-40 Mbps. Latency averages 25-35ms to major internet exchanges, which is competitive with cable and some DSL. That’s usable for video calls, gaming, and real-time collaboration.

OneWeb currently offers 100-200 Mbps down and 10-20 Mbps up in areas with full coverage. Latency is slightly higher than Starlink, usually 35-50ms. The technology is solid, but network capacity is more limited due to fewer satellites. During peak usage times in dense areas, speeds can drop significantly.

Kuiper promises 400 Mbps down and 100 Mbps up but real-world performance has been more like 200-350 Mbps down and 50-75 Mbps up in early testing. Latency is comparable to Starlink at 30-40ms. Amazon’s satellites use Ka-band and optical inter-satellite links, theoretically offering better performance, but the network isn’t mature enough yet to fully evaluate.

Pricing

Starlink costs $120/month for residential service in most markets, with a $599 hardware fee for the dish and router. Business plans run $250-500/month depending on priority data allocation. There’s also a mobile/RV plan at $150/month with slightly deprioritized service.

OneWeb’s consumer pricing is $99/month where available, with a $499 equipment cost. The lower subscription price is attractive, but limited availability means most people can’t choose it even if they want to. Business and enterprise pricing is custom quoted and tends to be expensive.

Kuiper launched at $99/month with a $349 equipment fee, undercutting Starlink noticeably. Amazon’s clearly using their hardware manufacturing scale and willingness to subsidize early adoption to grab market share. The question is whether they maintain that pricing long-term or raise it once they’ve established the customer base.

Hardware and Installation

Starlink’s Gen 3 dish is sleeker and lighter than previous versions, easier to install on roofs or walls. It’s still about 20 inches in diameter and needs clear sky view, but the self-leveling mount and weatherproofing are well-designed. Installation is DIY for most users, though professional installers are available for complex setups.

OneWeb’s consumer terminal is similar in size and design. Setup is straightforward if you have a clear view of the northern sky (in the northern hemisphere). The terminal has more manual positioning requirements than Starlink’s automated system, which could be annoying if you’re moving it frequently.

Kuiper’s dish is the smallest of the three at about 14 inches square. It’s easier to mount and less visually intrusive, though it still needs unobstructed sky view. Amazon integrated the router and power supply into the dish mounting system, reducing cable runs and simplifying installation. Early reviews praise the hardware design.

Reliability and Service Quality

Starlink’s reliability has improved substantially as the constellation filled out. A year ago, service interruptions from satellite handoffs were noticeable. Now they’re rare enough that most users don’t experience them. Severe weather can still affect signal, particularly heavy rain or wet snow on the dish.

OneWeb’s smaller constellation means more frequent handoffs and potential service interruptions. Users in areas with marginal coverage report occasional dropouts during peak times. As more satellites launch, this should improve, but it’s a consideration for now.

Kuiper is too new to fully evaluate reliability. Early adopters report generally stable service, but the network hasn’t been tested under heavy load or extreme weather conditions across all markets yet.

Customer Support

This is where Starlink struggles. Support is primarily through the app and email, with notoriously slow response times. If your dish has a hardware failure, replacement can take weeks. Third-party forums and Reddit communities often provide better troubleshooting help than official support.

OneWeb’s support is more responsive, partly because they have fewer customers. Phone support is available, and hardware replacements reportedly ship faster. The question is whether this remains true as they scale up.

Kuiper benefits from Amazon’s existing customer service infrastructure. Support is available through Amazon’s standard channels, and Prime members get prioritized service. Hardware replacement uses Amazon’s logistics network, meaning faster shipping. This might be Kuiper’s biggest practical advantage for mainstream users.

Use Cases and Limitations

All three services work well for remote work, streaming video, and general internet use. Gaming is viable on Starlink and Kuiper with their sub-40ms latencies, though competitive first-person shooters might still notice the difference versus fiber. OneWeb’s higher latency makes fast-paced gaming less ideal.

None of these are great for extremely high bandwidth applications like multi-4K stream households or large file transfers. The bandwidth is there technically, but data caps and throttling during network congestion limit practical use. Starlink’s business plans include higher priority data but at significant cost.

Mobile use is a mixed bag. Starlink’s RV plan works but with service interruptions during travel. Kuiper doesn’t officially support mobile use yet. OneWeb has maritime and aviation plans but they’re enterprise-focused and expensive.

Which Should You Choose?

If you’re in North America, Europe, or Australia and need reliable internet now, Starlink is the safe choice. It’s proven, widely available, and performs consistently. The higher cost is justified by better coverage and maturity.

If you’re in Arctic regions or areas where OneWeb has prioritized coverage, it’s worth considering for the lower monthly cost. Just verify availability and understand you’re dealing with a less mature network.

Kuiper is appealing if you’re in a supported area and want to save on both equipment and monthly fees. The hardware is nice, and Amazon’s support infrastructure is reassuring. But the network is young, and long-term performance and pricing aren’t guaranteed.

For most people, satellite internet is now a legitimate option rather than a last resort. The technology has matured enough that the experience approaches terrestrial broadband in many respects. As constellations continue expanding and competition drives improvements, it’ll only get better.