Amazon Leo vs Starlink: Which Satellite Internet Service Is Better? (2026)

In November 2025, Amazon officially rebranded Project Kuiper as Amazon Leo, a nod to the low-Earth orbit (LEO) satellite internet technology at the core of the service. The underlying mission remains the same: to compete with Starlink by connecting underserved communities worldwide through a large-scale LEO satellite constellation. For now, though, that competition is one-sided. Starlink is a mature, global service with over a decade of deployment momentum. Amazon Leo is an ambitious challenger backed by enormous resources, but still in the early stages of building its constellation.

As of April 2026, Starlink is the only provider that offers consumer satellite internet service and is therefore the best option. For now. It operates more than 10,000 satellites, serves 10 million subscribers in more than 150 countries, and offers residential plans starting at $50/month.

Amazon Leo currently isn’t offering service to consumers, but has entered enterprise beta, is targeting a mid-2026 residential launch, and has only 241 satellites in orbit. It’s a future option worth watching, especially for rural and underserved areas, but not yet an alternative to Starlink for most consumers.

Here’s how these internet providers compare, and which may be right for you.

Amazon Leo: early deployment, behind schedule

• The first 27 production satellites were launched in April 2025, and the constellation has grown to 241 production satellites as of April 2026.
• Enterprise beta testing is underway with partners including Verizon, Vodafone, Delta, and JetBlue.
• Public residential launch targeted for mid-2026, per CEO Andy Jassy’s 2026 shareholder letter.
• Plans a full constellation of 3,236 satellites; service designed to begin after 578 satellites reach orbit.

Deployment: Who’s Winning the Satellite Race?

Starlink: established global leader

• First satellites launched in 2019; commercial service began in 2020.
• As of March 2026, more than 10,020 satellites in LEO, the largest satellite constellation ever deployed.
• Crossed 10 million subscribers in February 2026, adding 1 million new customers in just 53 days.
• Available in approximately 150 countries and territories.
• Federal Communications Commission (FCC) approval for up to 34,400 satellites in total.

Amazon Leo: early deployment, behind schedule

•  The first 27 production satellites were launched in April 2025, and the constellation has grown to 241 production satellites as of April 2026.
• Enterprise beta testing is underway with partners including Verizon, Vodafone, Delta, and JetBlue.
• Public residential launch targeted for mid-2026, per CEO Andy Jassy’s 2026 shareholder letter.
• Plans a full constellation of 3,236 satellites; service designed to begin after 578 satellites reach orbit.
• The FCC deadline requires 1,618 satellites by July 30, 2026, a target Amazon has already requested to extend to 2028, citing an expectation of roughly 700 satellites by that date.

Key Takeaway: Starlink holds an overwhelming operational lead with 10,020 satellites vs. 241. Amazon Leo’s delay in meeting FCC milestones is a significant factor for any consumer evaluating the service’s near-term availability. But Amazon’s manufacturing scale and launch partnerships (ULA, Blue Origin, SpaceX, ArianeGroup) give it a credible path to catching up over the next two to three years.

Coverage & Target Users

Technology Breakdown: How Do These Systems Work?

Starlink Satellites 

• Satellites orbit at approximately 340 miles/550 km above the Earth.
• Uses inter-satellite laser links for near-instant data routing between satellites, reducing dependence on ground stations.
• Current download speeds: typically 100–300 Mbps, with Residential Max customers achieving up to 400 Mbps.
• Offers latency as low as 20–60 ms, great for gaming, VoIP, and video calls.
• Starlink V3 satellites, planned for deployment via Starship in 2026, are expected to enable gigabit-class speeds.
• 650+ Direct-to-Cell satellites deployed, enabling 4G/5G connectivity on unmodified smartphones via carrier partners, including T-Mobile.

Amazon Leo Satellites 

• Satellites orbit slightly higher at 360-390 miles/590–630 km, across three distinct orbital shells.
• Equipped with Optical Inter-Satellite Links (OISL), which are infrared lasers capable of transferring data at up to 100 Gbps between satellites at distances up to 2,600 km.
• Integrates with Amazon Web Services (AWS) for cloud-optimized routing.
• Three types of user terminals planned:
• Leo Nano: Up to 100 Mbps, 7″ × 7″, 2.2 lb, Residential and mobility)
• Leo Pro: Up to 400 Mbps, 11″ × 11″, 5.3 lb, Standard residential & SMB)
• Leo Ultra: Up to 1 Gbps (20″ × 30″ Enterprise, maritime, high-demand. Multiple units can be grouped)

Both services operate in low Earth orbit, which delivers far lower latency than traditional geostationary equatorial orbit (GEO) satellites at about 22,000 miles (35,000 km). GEO systems introduce 500–600 ms of latency, which is fine for browsing but not ideal for video calls or online gaming. Because of their lower altitudes (340-390miles/550–630 km), LEO satellites are capable of much lower latency, averaging 20–60 ms.

Pricing and Hardware

Amazon Leo vs. Starlink: Which Should You Choose?

Final Thoughts: Amazon Leo vs. Starlink

The satellite internet competition that matters most for rural and underserved households is no longer hypothetical. It is actively unfolding. Starlink holds a dominant lead in satellites, subscribers, and proven performance. Amazon Leo promises lower prices, gigabit speeds, and deep ecosystem integration with AWS and Amazon’s consumer device network.

For most people in 2026, Starlink is the answer. For anyone planning two to three years out or evaluating enterprise connectivity, Amazon Leo deserves serious attention. Check back at leo.amazon.com to join the waitlist and compare all satellite internet options.