Starlink Wi-Fi on Airlines: Which Carriers Offer It

Updated 6 November 2026 · Standard formula, shown below

Yes, another airline has begun offering free, high-speed Starlink Wi-Fi on its flights, and the list of carriers doing so is growing quickly. As of early 2025, at least four major airlines have either fully deployed or are actively rolling out Starlink internet on their fleets, with several more in testing. This article explains which airlines currently offer Starlink, how the service works, what it costs, and what you can expect when you connect.

Which Airlines Currently Offer Starlink Wi-Fi

The first major U.S. carrier to commit to Starlink was JSX, a regional air carrier that began offering the service in 2023. Since then, several larger airlines have followed:

Hawaiian Airlines – Began installing Starlink on its Airbus A321neo fleet in early 2024, with plans to cover its entire fleet of A330 and Boeing 717 aircraft. Service is free for all passengers.
United Airlines – Announced a deal with Starlink in late 2024 to equip its entire regional fleet (over 300 aircraft) by the end of 2025, with mainline aircraft to follow. The service will be free for all passengers.
Air New Zealand – Started a trial on domestic routes in late 2024, with plans to expand to international flights.
ZIPAIR – The Japanese low-cost carrier began offering Starlink on its Boeing 787 fleet in 2024, free for all passengers.
Qatar Airways – Announced a partnership in 2024 to equip its entire fleet with Starlink, with rollout beginning in 2025.

Other airlines, including Delta, American, and Alaska, have publicly tested Starlink but have not yet committed to a full rollout. The pace of adoption is accelerating, and it is likely that more carriers will announce Starlink agreements in the coming months.

How Starlink Works on an Airplane

Starlink is a satellite internet constellation operated by SpaceX. Unlike traditional satellite Wi-Fi that relies on a few geostationary satellites positioned about 35,000 km above the equator, Starlink uses thousands of low-Earth-orbit (LEO) satellites at roughly 550 km altitude. This lower orbit dramatically reduces latency (the time it takes for data to travel to the satellite and back) and allows for much higher bandwidth.

On an aircraft, a phased-array antenna is mounted on the fuselage – usually on the top of the fuselage, behind the cockpit or above the cabin. This antenna automatically tracks the Starlink satellites as they move across the sky, maintaining a stable connection even during turns and turbulence. The antenna connects to a modem inside the aircraft, which then distributes the internet signal through a Wi-Fi access point in the cabin. Passengers simply connect to the Wi-Fi network named after the airline, and in most cases, they are automatically connected without needing to enter a credit card or login credentials.

Because Starlink satellites are in constant motion, the system must hand off the connection from one satellite to the next every few minutes. This handoff is seamless and does not interrupt your browsing or streaming experience.

Speed and Performance: What to Expect

Starlink’s aviation service is marketed as offering speeds of up to 220 Mbps per aircraft. That is shared bandwidth, meaning all passengers on the flight are using the same connection. In practice, the speed you experience depends on the number of active users and what they are doing. On a typical flight with 100–200 passengers, most people can stream video, make video calls, and browse without noticeable buffering.

Latency is typically in the range of 30–60 milliseconds, which is comparable to ground-based broadband and far better than the 600+ ms latency of older geostationary satellite systems. This low latency makes real-time applications like video conferencing and online gaming feasible for the first time on an aircraft.

One important note: speeds can drop during peak usage times or when flying over areas with less satellite coverage, such as extreme northern or southern latitudes. Starlink is continuously launching new satellites, so coverage is improving over time, but it is not yet 100% global.

Cost: Free for Passengers, But How Do Airlines Pay?

For passengers, Starlink Wi-Fi is free on every airline that has announced it. There are no tiered pricing plans – you do not pay extra for “premium� speed. This is a significant departure from the traditional model where airlines charged $10–$30 per flight for Wi-Fi, or where you had to pay more for streaming access.

Airlines pay SpaceX a monthly fee per aircraft for the service, though the exact amount is not publicly disclosed. Industry estimates suggest it is in the range of $10,000–$20,000 per aircraft per year, but these are unconfirmed. Airlines view free Wi-Fi as a competitive advantage that can increase passenger satisfaction and loyalty, especially for business travelers who need to stay productive in the air.

Some airlines may choose to offer Starlink as a perk for frequent flyers or premium cabin passengers, but so far, all announced rollouts include free access for every passenger in every class.

How to Use Starlink Wi-Fi on Your Flight

Using Starlink Wi-Fi is straightforward, but there are a few steps to follow:

Enable Wi-Fi on your device (phone, tablet, laptop) after the aircraft reaches cruising altitude (usually around 10,000 feet).
Connect to the network name shown in the in-flight entertainment screen or on the airline’s app. It is often something like “Starlink� or the airline’s name followed by “Wi-Fi�.
Open a web browser – even if you do not have a specific site in mind. The browser will automatically redirect to a captive portal page.
If the airline requires a login (some do, even if it is free), enter your frequent flyer number or simply click “Connect� if no login is needed.
Once connected, you should be able to browse, stream, and use apps immediately. If you have trouble, try forgetting the network and reconnecting, or ask a flight attendant for help.

Note that some airlines may restrict certain services, such as voice calls or peer-to-peer file sharing, due to regulatory or passenger-experience reasons. Check the airline’s policy if you plan to make a video call.

Common Problems and Troubleshooting

While Starlink is generally reliable, you may encounter issues. Here are the most common problems and what to do:

No signal or slow connection: This can happen when flying over areas with poor satellite coverage or during satellite handoffs. Wait a few minutes and try again. If it persists, the aircraft’s antenna may have an issue – inform a flight attendant.
Cannot connect to the network: Make sure your device’s Wi-Fi is on and that you are within range (usually within 10–15 meters of the access point). Try turning Wi-Fi off and on again.
Captive portal not loading: Close your browser and reopen it, or try typing neverssl.com in the address bar to force the redirect. If that fails, try a different browser.
Streaming buffering: If many passengers are streaming 4K video, the shared bandwidth may be saturated. Try lowering the video quality to 720p or 1080p.
VPN not working: Some VPN protocols are blocked or may not work well with satellite internet. Try switching to a different VPN protocol (e.g., OpenVPN instead of WireGuard) or disconnect the VPN temporarily.

If none of these steps help, the issue may be on the aircraft side. Flight attendants are usually aware of any system outages and can provide updates.

Comparison with Traditional In-Flight Wi-Fi

To understand why Starlink is a big deal, compare it with the two older technologies:

Air-to-ground (ATG) systems: These use ground-based cell towers that send signals to an antenna on the aircraft. They are limited to overland routes and typically offer speeds of 3–10 Mbps – enough for basic browsing but not streaming. They also have high latency because the signal travels a long distance.
Geostationary satellite systems (e.g., ViaSat, Gogo, Intelsat): These use satellites at 35,000 km altitude. They offer better coverage, including over oceans, but latency is high (600–800 ms) and speeds are typically 10–50 Mbps per aircraft. Streaming is often possible but can be unreliable during peak usage.

Starlink offers a combination of high speed, low latency, and global coverage that neither of these can match. The only downside is that Starlink is not yet available on every airline, and coverage at extreme latitudes (above 60°N or below 60°S) is still spotty, though improving.

Future Outlook and Which Airlines Are Next

The trend is clear: free, high-speed Starlink Wi-Fi is becoming the new standard for airlines that want to attract and retain passengers. Several other airlines have announced trials or partnerships that are likely to lead to full deployment:

Delta – Has tested Starlink on a few aircraft and is evaluating a fleet-wide rollout.
American Airlines – Announced a partnership with Starlink in 2025 to equip its regional fleet, with mainline to follow.
Alaska Airlines – Has been testing Starlink on a single aircraft and is expected to expand.
Emirates – Announced a deal in 2024 to equip its entire fleet by 2025.
Lufthansa – Has signed an agreement with Starlink to retrofit its long-haul fleet starting in 2025.

It is likely that within the next 2–3 years, most major airlines will offer free Starlink Wi-Fi on at least a majority of their flights. The remaining holdouts will be smaller regional carriers or airlines operating in countries where Starlink does not have regulatory approval.

Frequently Asked Questions

Is Starlink Wi-Fi really free on all flights that have it?

Yes, every airline that has announced Starlink deployment has made it free for all passengers. There are no hidden fees or premium tiers. However, some airlines may require you to log in with your frequent flyer number or booking reference, but that does not cost anything.

Can I stream Netflix or make video calls on Starlink Wi-Fi?

Yes, in most cases. Starlink’s speed and low latency are sufficient for streaming HD video and making video calls (e.g., FaceTime, Zoom, Microsoft Teams). However, the airline may block certain services – for example, some airlines disable voice calls over cellular networks, but Wi-Fi calling and video apps are generally allowed. Check the airline’s policy.

Does Starlink work on international flights and over oceans?

Yes, Starlink has global coverage, including over oceans, because its satellites are in low Earth orbit and cover the entire planet. However, coverage is denser in populated areas, so you may experience slower speeds when flying over remote ocean regions or near the poles. Starlink is continuously launching more satellites to fill these gaps.

How do I know if my flight has Starlink Wi-Fi?

The airline’s website or app usually indicates which aircraft have Starlink. You can also check the seatback screen or ask a flight attendant. Some airlines publish a fleet list showing which aircraft are equipped. If you are unsure, check the airline’s Wi-Fi page before you fly.

Is Starlink Wi-Fi safe to use during the flight?

Yes, Starlink is certified by aviation regulators (such as the FAA in the U.S.) for use on commercial aircraft. The system is designed to not interfere with aircraft navigation systems. You can use it during all phases of flight, including takeoff and landing, though some airlines may restrict use during taxi for safety reasons.

What happens if Starlink fails mid-flight?

If the Starlink system fails, you will lose internet access for the remainder of the flight. There is no backup Wi-Fi system on most aircraft. Flight attendants will typically make an announcement if there is a known outage. The failure is rare, but it can happen due to hardware issues or extreme weather affecting the satellite link.

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