Starlink, Amazon's Kuiper (now rebranded Amazon Leo), and OneWeb are often lumped together as "the satellite internet race," but as of mid-2026 only one of them is actually a service you can sign up for at home today — Starlink operates over 11,000 satellites and serves more than 8 million customers, while Amazon Leo is still in beta and OneWeb has never sold to individual households at all.
That gap matters enormously if you're trying to decide what's actually right for your situation, because these three companies aren't really racing toward the same finish line.
I dug into current pricing, satellite counts, and each company's actual go-to-market strategy, since a lot of older comparisons still treat this as an even three-way race when the on-the-ground reality in 2026 is considerably more lopsided.
Quick Comparison Table
| Feature | Starlink | Amazon Leo (Kuiper) | OneWeb |
|---|---|---|---|
| Consumer Availability | Commercially available now, 100+ countries | Beta waitlist; commercial launch expected later in 2026 | Not sold to consumers |
| Starting Price | $55/month (Residential 100 Mbps) + $10/mo hardware kit | Not yet priced for consumers (sub-$400 terminal projected) | Enterprise contracts only, not publicly listed |
| Satellites in Orbit (2026) | 11,000+ | ~180-212 (early deployment) | ~656 |
| Orbital Altitude | ~550 km | 590-630 km | ~1,200 km |
| Latency | 25-60 ms (as low as 5 ms in some locations) | Sub-50 ms projected | Higher than Starlink due to altitude |
| Target Customer | Consumers, rural homes, RVs, maritime, business | Enterprise, AWS-integrated cloud customers, eventually consumers | Telecoms, government, aviation, maritime (B2B only) |
Starlink: The Only One You Can Actually Buy and Use Today
If you need satellite internet right now, this is essentially a one-horse race. Starlink launched commercially in 2020 and by early 2026 operates more than 11,000 satellites in low Earth orbit, serving over 8 million customers across more than 100 countries — a scale neither competitor is remotely close to matching.
Pricing has gotten more complex as the lineup has grown. Starlink's Residential plans now span six tiers, from a budget Residential Lite option around $49 to $69 a month up to the Max tier at $120 to $130 a month for speeds up to 400 Mbps, and the company shifted in 2026 from selling hardware outright to a $10-a-month equipment rental model for Residential customers. For people who travel, Starlink Roam starts at $55 a month for a 100GB allotment using the portable Starlink Mini dish, while a new $5-a-month Standby Mode lets you keep an account active for light use like texts and email between trips.
The technical advantage that's hardest for competitors to replicate quickly is latency. Starlink's low orbital altitude, around 550 km, keeps latency in the 25 to 60 millisecond range, with some locations reporting figures as low as 5 ms — close enough to terrestrial fiber performance (typically 11 to 14 ms) that streaming, video calls, and even online gaming work smoothly, something older geostationary satellite services like HughesNet or Viasat have never been able to claim.
Amazon Leo (Formerly Project Kuiper): Deep Pockets, Still Building
Amazon's satellite internet project rebranded from Project Kuiper to Amazon Leo in November 2025, signaling its tighter integration with the broader Amazon ecosystem. The ambition is real — Amazon has committed more than $10 billion to a planned 3,236-satellite constellation, but as of December 2025 only around 180 to 212 production satellites had actually reached orbit, putting it firmly in early deployment rather than commercial service.
A public beta waitlist opened in November 2025, with commercial service anticipated during 2026 starting in the U.S., U.K., France, Germany, and Canada — but as of early 2026, Amazon Leo has not yet launched consumer service anywhere. There's also a hard regulatory deadline shaping the timeline: Amazon faces an FCC requirement reported by CircleID to launch half its constellation by July 30, 2026, with the rest due by 2029, a deadline aggressive enough that the company has said it can receive, test, and pack over 100 satellites per month at its Kirkland, Washington facility to keep pace.
What sets Amazon Leo apart on paper, once it's actually available, is the cloud integration angle. The service is built around AWS Ground Station facilities co-located with Amazon data centers, with optical inter-satellite links rated at 100 Gbps and a tiered terminal lineup (Leo Nano, Leo Pro, Leo Ultra) aimed at everything from budget-conscious households to enterprise cloud workloads. For a business already embedded in AWS infrastructure, that tighter satellite-to-cloud pipeline could be a genuine differentiator — but it's a promise resting on a service that, as of mid-2026, you still can't actually buy.
OneWeb: The One That Was Never Trying to Sell to You
OneWeb is the easiest of the three to misunderstand, because it's frequently compared head-to-head with Starlink despite operating on a fundamentally different business model. As of February 2026, OneWeb has roughly 656 satellites in orbit, putting it solidly ahead of Amazon Leo in deployment — but it has never sold service directly to individual households, and isn't planning to start.
Instead, OneWeb operates exclusively through enterprise and government distribution partners, focused on telecom backhaul, aviation, maritime, and defense customers. Its higher orbital altitude, around 1,200 km compared to Starlink's roughly 550 km, comes with a real tradeoff — higher latency than Starlink — but also a real advantage: longer satellite lifespans and, thanks to its near-polar orbital inclination, particularly strong coverage at high latitudes that's valuable for Arctic shipping routes and northern communities that Starlink and Amazon Leo serve less effectively.
OneWeb's corporate story is also worth understanding for context. The company entered bankruptcy in 2020, emerged with backing from Bharti Global and the UK government, and later merged with Eutelsat to form an integrated operator combining OneWeb's low-Earth-orbit assets with Eutelsat's traditional geostationary satellite business. That merger gives it a genuine niche: hybrid LEO/GEO service architectures that neither Starlink nor Amazon Leo currently offers, which matters for enterprise and government customers who need that kind of flexibility more than they need consumer-grade pricing.
So Which Satellite Internet Option Should You Actually Consider?
- Need satellite internet for your home or for travel right now? Starlink is the only realistic option — it's the sole provider with commercial availability, six pricing tiers to fit different budgets, and a latency profile that genuinely competes with terrestrial broadband.
- Run a business already built on AWS, and willing to wait for commercial launch? Amazon Leo is worth watching closely once it exits beta later in 2026, particularly for cloud-heavy workloads where the AWS Ground Station integration could meaningfully cut latency.
- Operating a telecom, government, aviation, or maritime business that needs guaranteed enterprise-grade connectivity, especially at high latitudes? OneWeb's B2B model and Eutelsat hybrid architecture are built specifically for that use case — it was simply never designed to be the consumer choice.
For nearly everyone reading this as an individual consumer, Starlink remains the only genuine choice in 2026. The real question worth watching is what happens later this year once Amazon Leo actually launches commercially — increased competition has a track record of pushing prices down and service quality up across an entire market, which would be a win for Starlink customers too, regardless of which company ultimately wins more subscribers.
Frequently Asked Questions
Can I sign up for Amazon Leo (Kuiper) satellite internet right now?
Not yet for most people — Amazon Leo remains in a beta waitlist phase as of mid-2026, with commercial service expected to roll out later in the year starting in the U.S., U.K., France, Germany, and Canada.
Why is Starlink's internet faster than older satellite services like HughesNet?
Starlink's satellites orbit much closer to Earth, around 550 km versus the roughly 35,000 km altitude of traditional geostationary satellites, which dramatically reduces the round-trip signal delay and brings latency down to the 25-60 millisecond range instead of the 600+ milliseconds common with older satellite internet.
Can individuals buy OneWeb satellite internet for their home?
No. OneWeb does not sell service directly to consumers and operates exclusively through enterprise, government, and telecom distribution partners, focusing on sectors like aviation, maritime, and backhaul connectivity rather than residential customers.
How much does Starlink cost per month in 2026?
Starlink Residential plans range from roughly $49 to $130 a month depending on speed tier, plus a $10 monthly hardware kit fee for most plans, while Starlink Roam for travelers starts at $55 a month for a 100GB data allotment.
What gives OneWeb an advantage over Starlink in certain regions?
OneWeb's higher, near-polar orbit provides particularly strong coverage at high latitudes, making it a stronger option for Arctic shipping, aviation, and northern communities, even though that same higher altitude results in higher latency compared to Starlink's lower-orbit constellation.