What to Know About Amazon Leo Satellite Internet (formerly Project Kuiper)

Starlink satellite internet will soon have a challenger. It comes from one of the most recognizable companies on the planet. Amazon’s satellite internet service, Amazon Leo (formerly Project Kuiper), is entering its first consumer phase in 2026, seven years after Amazon set out to build what it calls ‘the most advanced satellite communications network ever built,’ backed by what the company describes as the largest set of launch contracts in history.” (Amazon Leo, November 2025) Amazon CEO Andy Jassy confirmed a mid-2026 consumer launch in his annual shareholder letter, making this the most significant new entrant into the satellite internet market since SpaceX’s Starlink launched in 2021. 

This is good news for the millions of Americans in rural and underserved areas, where satellite internet may be the only option. More competition in this market means more choices and the potential for price competition. Starlink has already begun offering lower-priced residential plans. But there’s a lot consumers still don’t know about Amazon Leo, including pricing, performance, and data policies. This guide covers what we know so far and what we don’t, and explains what you should do right now if you’re interested. 

What Is Amazon Leo? 

Amazon Leo is Amazon’s low Earth orbit (LEO) satellite broadband network. Its mission, as stated by Amazon, is to “deliver fast, reliable internet to customers and communities beyond the reach of existing networks”, with plans to serve most countries around the globe, including hard-to-reach locations. 

The service started life as Project Kuiper, named after the Kuiper Belt, a ring of asteroids in the outer solar system, and was rebranded as Amazon Leo on November 13, 2025. The new name is a nod to the low Earth orbit technology that powers the network, the same type of satellite network used by Starlink. 

Amazon Leo is in Amazon’s Devices and Services division, which is the same team behind the Kindle, Echo, Ring, eero, and Fire TV. It is not part of Blue Origin, Jeff Bezos’s separate space company, though Blue Origin is one of several rocket providers launching Leo satellites. 

The key technical distinction from legacy satellite providers like Viasat and HughesNet: Amazon Leo satellites orbit just 367–392 miles above Earth, compared to 22,000+ miles for geostationary (GEO) satellites. That shorter distance translates to much lower latency and faster, more responsive connections. 

How Many Amazon Leo Satellites Are in Orbit?

As of April 4, 2026, Amazon Leo has deployed 241 production satellites across nine missions, with two more missions (LA-06 on April 27 and LE-02 on April 28) already on the launch schedule. The April 4 mission (LA-05) was notable: it deployed 29 satellites on an Atlas V rocket, the heaviest Atlas V Leo payload to date. 

This means that Amazon operates the third-largest satellite system in orbit and already has hundreds of additional flight-ready spacecraft staged for launch. Amazon plans to more than double its annual launch rate in year two, targeting more than 20 missions in 2026 and over 30 in 2027. 

The full planned Gen 1 constellation consists of 3,236 satellites across three orbital shells. Amazon needs at least 578 satellites in Phase 1 before consumer service can begin. An FCC deadline requires half the constellation to be deployed by July 30, 2026, though Amazon has requested an extension. The remainder must be in orbit by July 30, 2029. 

Launch providers include Blue Origin (New Glenn), United Launch Alliance (Atlas V, Vulcan Centaur), Arianespace (Ariane 64), and, in a notable move, SpaceX’s Falcon 9 (Amazon Leo). This multi-provider approach represents the largest commercial launch procurement in history. 

When Can Consumers Sign Up for Amazon Leo?

Amazon CEO Andy Jassy confirmed a mid-2026 consumer launch in his 2026 annual shareholder letter, with a wider rollout throughout 2026 as the provider launches more satellites and adds more coverage and capacity. 

What we know about the rollout timeline: 

Amazon launched an enterprise-only preview in November 2025, and CEO Andy Jassy confirmed in his 2025 annual shareholder letter that consumer service is “officially scheduled to launch in mid-2026.” Service will begin in northern and southern latitudes first, then expand toward the Equator over time; specific countries have not been given. (Amazon Leo FAQ) 

Honest expectation: Mid-2026 will almost certainly be a limited rollout. As of April 4, 2026, Amazon has 241 satellites in orbit, well short of the Phase 1 threshold for continuous coverage, and has already requested an FCC extension of its July 2026 deployment deadline. Broad consumer availability is more realistic in 2027. The public consumer waitlist is live right now at leo.amazon.com. Signing up is free and puts you in line for early access. 

Speed and Performance: What Amazon Has Promised

Amazon Leo offers three speed tiers corresponding to its three customer terminals (see Equipment section below): 

1. Leo Nano: Up to 100 Mbps download

2. Leo Pro: Up to 400 Mbps download 

3. Leo Ultra: Up to 1 Gbps download / 400 Mbps upload 

Source: Amazon Leo 

On latency, Amazon targets “tens of milliseconds,” which is comparable to Starlink and vastly better than legacy GEO satellite providers like Viasat and HughesNet, which suffer from 600–800 ms latency due to their satellites being parked 22,000 miles away. Low latency is what makes real-time activities possible: online gaming, video calls, VoIP, and 4K streaming without lag or buffering. 

Amazon’s satellites are also connected to each other via optical inter-satellite links (OISL), transmitting data at up to 100 Gbps between satellites. This mesh reduces reliance on ground stations and helps keep latency low across the network (Amazon Leo). Plus, light travels faster in space than it does through glass, which means that Kuiper’s orbital laser mesh network can move data approximately 30% faster than if it traveled the equivalent distance via terrestrial fiber optic cables. 

Note: These are maximum speeds under ideal conditions, not guaranteed real-world performance. Amazon has not released any public beta speed test data. Actual speeds will depend on satellite coverage density, network load, weather, and terminal placement. As with all satellite internet services, actual performance may differ significantly from advertised speeds. 

Amazon Leo Equipment 

Amazon has unveiled three customer terminal models, all designed for self-installation. Every terminal is powered by Amazon’s custom Prometheus baseband chip. It’s a single piece of silicon that Amazon says packs the processing power of a 5G modem, a cellular base station, and a microwave backhaul antenna into one component. Prometheus is also used inside the satellites themselves and in ground gateway antennas, allowing each satellite to process up to 1 terabit per second (Tbps) of traffic. (Amazon) 

Leo Nano: Entry-Level / Portable

• Size: 7″ × 7″ square
• Weight: 1 lb
• Max speed: Up to 100 Mbps download 
• Best for: Budget-conscious residential customers, mobile/portable use, IoT 
• Price: Not yet disclosed (expected to be the lowest-cost option) 

The Nano is roughly the size of an Amazon Kindle and has no direct equivalent in the current Starlink lineup, making it potentially attractive for budget users and travelers. 

Leo Pro: Standard Residential Terminal (Best for Most Homes) 

• Size: Less than 11″ × 11″ square, 1″ thick 
• Weight: Under 5 lbs (without mounting bracket) 
• Max speed: Up to 400 Mbps download 
• Expected price: Under $400 
• Best for: Most households; streaming, gaming, video calls, general browsing 

The Leo Pro is the terminal Amazon expects most residential customers to purchase. At under $400, it’s already positioned to undercut Starlink’s standard dish kit ($499), if Amazon hits its production cost target. 

Leo Ultra: High-Performance / Enterprise 

• Size: 19″ × 30″
• Max speed: Up to 1 Gbps download / 400 Mbps upload 
• Price: Not yet disclosed 
• Best for: Businesses, power users, maritime, aviation; can be ganged for higher bandwidth 

Source: Amazon Leo 

Installation 

All three terminals are designed for DIY self-installation. Equipment kits are expected to include the antenna, a mounting stand, a Wi-Fi router, and cables. A mobile app will guide users in finding the optimal antenna placement. Installation involves mounting the antenna on a rooftop, wall, or in a yard with a clear view of the sky, then routing a cable to the indoor router. 

Amazon brings meaningful manufacturing experience here: the company already ships hundreds of millions of devices annually (Echo, Kindle, Fire TV) and is scaling terminal production in anticipation of building tens of millions of units. 

As of April 2026, final retail prices for the Nano and Ultra, whether equipment will be sold outright, leased, or both, or whether Amazon Prime membership will offer discounts or early access, have not been announced. 

Source: Amazon Leo 

Pricing: What We Expect (and What We Don’t Know)

Amazon has not announced official consumer pricing. The clearest public signal on affordability comes from government bidding: Oklahoma’s state broadband office awarded its LEO satellite BEAD contracts entirely to Amazon Leo because, as the state’s chief strategic officer said publicly, “they bid the lower cost.” Amazon has also targeted a production cost of under $400 for the Leo Pro terminal, though a retail price has not been confirmed. Beyond that, monthly pricing figures have not been disclosed, and analyst estimates vary widely. 

Data Policy: The Biggest Unknown

Amazon hasn’t released any information on data caps, throttling, or fair-use policies for Amazon Leo as of April 2026. For consumers considering Leo as their primary home internet service, this is critical information to watch for before signing up. Keep an eye on Amazon’s official FAQ at leo.amazon.com for updates. 

For reference, Starlink’s residential plan includes unlimited data with no hard cutoff, though per Starlink’s own Fair Use Policy, speeds may slow during peak congestion hours, particularly for bandwidth-intensive activities like 4K streaming, online gaming, or large downloads. Per HughesNet’s Fair Access Policy, each plan includes a priority data allowance (faster speeds); once exceeded, speeds drop to as low as 1 Mbps for the remainder of the billing cycle. Service is never cut off, and no additional charges apply. Viasat’s Unleashed plan offers unlimited data with no hard cap, though you may see deprioritization during peak hours if you exceed roughly 850 GB in a month  (Viasat Unlimited Data Policy). 

Satellite Internet Provider Comparison: Amazon Leo vs. the Competition

The table below compares Amazon Leo to the three current U.S. satellite internet providers. Note that all Amazon Leo figures marked with (*) are targets or estimates, not confirmed real-world performance data. 

Amazon Leo figures are targets/estimates as of May 2026. Pricing, data policy, and performance specs have not yet been officially confirmed for consumers. 

Why Amazon Leo Matters Now 

Starlink has dominated LEO satellite internet since 2021 with roughly 9,500 satellites in orbit and more than 9.2 million subscribers across 155 countries. That’s a massive head start. But Amazon’s entry is already changing the market. 

Starlink is now offering lower prices for new subscribers, which may be a direct response to Leo’s impending arrival. For rural consumers, that competitive dynamic is a win regardless of which service they ultimately choose. 

Amazon’s advantages over Starlink are meaningful: lower hardware costs; native integration with AWS for enterprise customers; and an aggressive pricing history across every market the company has entered. It boils down to competition in a marketplace that has largely been on the other side of the digital divide, which will soon offer more rural internet options and better service. 

Should You Join the Waitlist? 

There’s no harm in putting your name on the public consumer waitlist at leo.amazon.com It’s free. There’s no deposit, no commitment, and no downside to getting in line. But here’s a simple breakdown of who should join the wait list now: 

• Sign up now if: You’re in a rural or underserved area with limited options, you’re currently paying Starlink rates and want a potential alternative, or you’re an early adopter who wants first access. 
• Wait if: You have reliable fiber or cable internet, or you need pricing and data policy details before making any decisions. 

Keep an eye on the Amazon Leo website for the latest news, especially announcements about monthly pricing tiers and data policy. These will determine whether Amazon Leo is a true Starlink alternative or a niche option for specific use cases. Either way, the satellite internet market in 2026 looks very different from what it did just a year ago. And that’s good news for consumers.