Amazon's satellite internet service — rebranded from Project Kuiper to Amazon Leo — is rolling out through 2026 with performance numbers that, on paper, beat Starlink's typical real-world speeds. The catch is that "on paper" is still doing a lot of work here: the constellation isn't complete, and availability is limited to a handful of countries so far.
What Amazon Is Promising
The flagship hardware is the Leo Ultra terminal — a unit roughly the size of a large briefcase — rated for download speeds up to 1 Gbps and upload speeds up to 400 Mbps. For comparison, Starlink's typical real-world download speeds usually land in the 45–280 Mbps range depending on location and network load. If Leo Ultra delivers anywhere close to its rated numbers consistently, it would represent a genuine step up in satellite internet performance, not just a marketing number.
Constellation Status: Still Under Construction
As of the most recent public update, Amazon has launched more than 390 satellites toward the Leo constellation, with roughly 241 currently operational — following a July 2, 2026 Atlas V launch that added 29 satellites in a single mission. That's real progress, but it's still a fraction of the full planned constellation, and satellite internet performance scales directly with constellation density: more satellites overhead means lower latency and more consistent bandwidth per user. Until the buildout is further along, early Leo customers should expect coverage and performance to keep improving rather than being fully mature on day one.
Where It's Actually Available
Amazon Leo's initial rollout is limited to five countries: the United States, Canada, the United Kingdom, France, and Germany, with coverage prioritized at northern and southern latitudes before expanding toward the equator — a sequencing choice tied to how the satellite orbits provide coverage. If you're outside that initial footprint, Leo isn't something you can order yet regardless of how the specs compare to Starlink.
Enterprise Customers Are Already On Board
Before consumer rollout is even complete, Amazon has locked in notable enterprise deals: Delta and JetBlue have signed on for in-flight Wi-Fi, and companies including AT&T, Vodafone, DirecTV Latin America, and NASA have struck agreements to use Leo capacity. Enterprise adoption at this stage is a reasonable signal of confidence in the technology, even before residential service is broadly available.
| Metric | Amazon Leo (Leo Ultra) | Starlink (typical) |
|---|---|---|
| Download speed | Up to 1 Gbps (rated) | 45–280 Mbps (real-world typical) |
| Upload speed | Up to 400 Mbps (rated) | Generally lower, varies by plan |
| Terminal size | Large briefcase-sized | Smaller, dish-style |
| Constellation size (current) | ~390 launched, ~241 operational | Thousands, fully operational |
| Available countries | 5 (initial rollout) | 100+ |
Should You Wait for It?
If you're in one of the five launch countries and currently stuck with poor rural connectivity, it's worth watching Leo's rollout closely — the rated specs are genuinely better than what most satellite users get today. But Starlink has a multi-year head start on constellation density and actual operating history at scale, which matters more for day-to-day reliability than a peak speed rating on a spec sheet. For most people outside the initial five countries, this is a "watch and wait" situation rather than something to act on yet.
Our Take
Amazon Leo's specs are credible, not hype — the terminal and constellation math check out on paper. But "rated up to 1 Gbps" and "consistently delivers 1 Gbps to a residential customer at the edge of a still-growing constellation" are two different claims, and only the first one is confirmed so far. We'll follow up with real speed test data once the service is live to enough of our readers to measure.
Why Altitude Is the Real Story Behind Both Services
Amazon Leo and Starlink share the same fundamental advantage over older satellite internet: both fly in low Earth orbit (LEO), roughly 300-600 km above the ground, compared to traditional satellite internet providers like HughesNet or Viasat, which use geostationary satellites parked around 35,000 km up. That altitude difference is what makes modern satellite internet usable for video calls and gaming in the first place — a signal traveling to geostationary orbit and back adds unavoidable latency well above 500ms, while a LEO round trip is typically well under 50ms. Amazon Leo's rated speeds matter, but its LEO altitude is what actually makes it a legitimate Starlink competitor rather than just another satellite option in the HughesNet category.
How to Know If You're in a Launch Area
Since Leo's rollout is currently limited to the US, Canada, the UK, France, and Germany, and prioritized at northern and southern latitudes first, the most reliable way to check eligibility once residential signups open is through Amazon's own availability checker rather than assuming coverage based on country alone — a country being on the list doesn't mean every region within it has coverage yet, especially near the equator where the rollout is scheduled to arrive last.
What We'll Be Watching Next
The two numbers that will actually determine whether Leo lives up to its spec sheet are constellation density (how close Amazon gets to its full planned satellite count) and real-world speed test data once residential customers are online at scale — rated maximums and typical delivered speeds are rarely identical for any ISP, satellite or otherwise. We'll publish real speed test results from Leo as soon as it's available to test directly.