Is in-flight Wi-Fi fast enough for video calls?

It depends on the technology. Legacy geostationary satellite connections have latency too high for reliable video calls, though they handle email and web browsing. Newer low-Earth orbit satellite systems deliver latency under 50ms, comparable to home broadband, which supports video conferencing, VPN access, and real-time collaboration tools without significant interruption.

How much does in-flight Wi-Fi cost?

Pricing varies by carrier and route. A growing number of airlines now offer free Wi-Fi to all passengers or to loyalty program members. Paid access typically ranges from $5 to $20 per flight segment, with some carriers offering tiered plans (free messaging with paid full-access upgrades). Monthly subscription plans are also available for frequent travelers on specific airlines.

Is in-flight Wi-Fi secure for business use?

In-flight Wi-Fi is a shared public network, so it carries the same risks as any public Wi-Fi. Business travelers should always use a VPN to encrypt traffic, avoid accessing sensitive financial systems without encryption, verify the network name with cabin crew, and disable automatic Wi-Fi connections to prevent joining rogue hotspots.

Can I expense in-flight Wi-Fi on a business trip?

Yes. In-flight Wi-Fi purchased for work purposes is a legitimate business expense at most companies. Navan captures Wi-Fi charges as part of the trip expense workflow, so travelers don't need to file a separate receipt. Check your company's travel policy to confirm whether Wi-Fi is a covered expense or requires pre-approval.

Does in-flight Wi-Fi work over the ocean?

Satellite-based systems provide coverage over oceans, though quality varies by technology. Geostationary satellites offer global coverage but with higher latency. Low-Earth orbit constellations cover the entire globe, including polar routes that were previously connectivity dead zones. Air-to-ground systems do not work over water since they rely on land-based cellular towers.

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Q: How does in-flight Wi-Fi work?

Aircraft connect to the internet through satellite systems or ground-based cellular towers. Geostationary satellites orbit at 35,786 km and provide broad coverage with higher latency (500-800ms). Newer low-Earth orbit satellites at 550 km deliver latency under 50ms and speeds above 100 Mbps. Air-to-ground systems use land-based towers for domestic routes but can't cover ocean crossings.

In-Flight Wi-Fi

In-flight Wi-Fi is an internet connectivity service available on commercial aircraft that allows passengers to access email, cloud applications, and web resources during a flight using personal devices connected to the plane's onboard wireless network.

Victoria Landsmann

•May 31, 2026•

4 minute read

Key Takeaways

In-flight Wi-Fi is an internet service provided on commercial aircraft that allows passengers to connect personal devices to the web during flight. The technology has evolved from a novelty offering to a critical productivity tool for business travelers.

A 2025 Harvard Business Review survey of 1,200 frequent business travelers found that 78% consider reliable in-flight Wi-Fi "critical" or "very important" when choosing flights, ranking it above seat selection and meal service [1].
The average U.S. business traveler spends 42 hours per year in the air, making onboard connectivity the difference between productive work time and downtime [1].
Navan displays Wi-Fi availability and connectivity type as part of flight search results, helping business travelers factor connectivity into booking decisions alongside schedule and price.
The industry is shifting from legacy geostationary satellite systems with 500-800ms latency to low-Earth orbit satellite technology delivering under 50ms latency, enabling real-time tasks like video calls and VPN access at cruising altitude [2].

What is In-Flight Wi-Fi?

In-flight Wi-Fi is a wireless internet service installed on commercial aircraft that enables passengers to connect laptops, tablets, and smartphones to the internet while airborne. The service typically becomes available once the aircraft reaches cruising altitude (approximately 10,000 feet) and remains active until the descent phase of the flight.

For business travelers, in-flight Wi-Fi transforms what was historically dead time into productive working hours. A five-hour cross-country flight becomes an opportunity to clear emails, join virtual meetings, review documents, and stay responsive to clients. The Bureau of Transportation Statistics reports that the average U.S. business traveler spends 42 hours per year in the air [1]. At current corporate billing rates, the productivity difference between connected and disconnected flights is substantial.

The quality of in-flight Wi-Fi varies significantly depending on the underlying technology, the number of passengers sharing the connection, the aircraft's route, and the carrier's infrastructure investment. Understanding these variables helps business travelers and travel managers make informed booking decisions.

How Does In-Flight Wi-Fi Work?

Aircraft connect to the internet through one of three primary technologies, each with different performance characteristics.

Geostationary (GEO) satellite systems. Traditional in-flight Wi-Fi uses satellites positioned 35,786 km above Earth in fixed orbits. Data travels approximately 72,000 km round-trip between the aircraft and satellite, creating latency of 500-800 milliseconds. This delay makes real-time applications (video calls, VPN connections, cloud-based collaboration tools) unreliable but supports email, web browsing, and messaging adequately.

Low-Earth orbit (LEO) satellite systems. Newer connectivity solutions use satellite constellations orbiting at approximately 550 km altitude. The dramatically shorter signal path reduces latency to under 50 milliseconds, comparable to home broadband, and delivers download speeds exceeding 100 Mbps. This technology supports the full range of business tasks, including video conferencing and large file transfers [2].

Air-to-ground (ATG) systems. These rely on cellular tower networks on the ground sending signals to antennas on the aircraft. ATG works well for domestic routes over land but cannot provide coverage over oceans or remote terrain. Speeds typically range from 5-25 Mbps.

Technology	Orbit/Range	Latency	Typical Speed	Coverage	Best For
GEO satellite	35,786 km	500-800ms	10-30 Mbps	Global	Email, browsing, messaging
LEO satellite	~550 km	<50ms	100+ Mbps	Global (including polar)	Video calls, VPN, full workday
Air-to-ground	Ground towers	50-100ms	5-25 Mbps	Domestic/overland only	Short domestic flights

In-Flight Wi-Fi Pricing Models

The pricing landscape for onboard connectivity is shifting as more carriers move to complimentary models funded by ancillary revenue strategies.

Free for all passengers: A growing number of carriers now offer basic Wi-Fi at no charge to all passengers, often supported by advertising or included in the ticket price.
Free with loyalty status: Some airlines restrict complimentary access to frequent flyer program members or travelers in premium cabins.
Paid tiers: Airlines may offer a free messaging tier alongside paid tiers for full browsing or streaming. Paid access typically ranges from $5-$20 per flight segment.
Subscription plans: Monthly or annual Wi-Fi subscription plans available through some carriers or third-party providers, useful for frequent travelers on a single airline.

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Why In-Flight Wi-Fi Matters for Business Travel

For companies with active travel programs, in-flight connectivity is no longer a convenience. It directly affects productivity, traveler satisfaction, and the return on investment for every business trip.

Productivity recovery. A 2025 Harvard Business Review survey found that 78% of frequent business travelers rank reliable in-flight Wi-Fi as "critical" or "very important" when choosing flights [1]. For a consultant billing $300/hour, a five-hour connected flight preserves $1,500 in productive capacity that would otherwise be lost.

Duty of care and communication. Connected travelers can be reached during emergencies, schedule changes, or security incidents. Travel managers can push real-time updates about gate changes, weather disruptions, or duty of care alerts to travelers mid-flight.

Expense management implications. In-flight Wi-Fi purchases are a legitimate business expense, but they create reconciliation friction when travelers pay out-of-pocket and submit receipts separately. Companies that include Wi-Fi in their travel policy and track it as a standard expense category gain better visibility into total trip costs.

Security Best Practices for In-Flight Wi-Fi

In-flight Wi-Fi networks are shared public networks, which means they carry the same cybersecurity risks as any public Wi-Fi environment. Business travelers handling sensitive data should take precautions.

Use a VPN. A virtual private network encrypts all traffic between the device and the corporate network, preventing other passengers or the network operator from intercepting data. Most corporate IT departments require VPN use on public networks.
Avoid sensitive transactions. Banking, accessing financial systems, or entering credentials on unfamiliar sites should wait for a secure network. If unavoidable, confirm the site uses HTTPS and that the VPN is active.
Disable auto-connect. Turn off automatic Wi-Fi connection on devices to prevent connecting to rogue networks that mimic the airline's legitimate network.
Verify the network name. Confirm the correct network name with cabin crew before connecting. Attackers sometimes create fake hotspots with similar names to intercept traffic.
Keep software updated. Ensure operating systems, browsers, and security software are current before traveling. Unpatched devices are more vulnerable on public networks.

Ancillary Services: Add-on products and services beyond the base fare, including Wi-Fi, seat selection, and baggage, which airlines increasingly bundle or offer through digital channels.
Business Trip: Any work-related journey away from the regular workplace, where in-flight Wi-Fi enables travelers to remain productive during transit.
Duty of Care: The employer's obligation to protect traveling employees, which connected flights support by enabling real-time communication during disruptions.

Sources

[1] Bureau of Transportation Statistics, 2025; Harvard Business Review, "Business Traveler Connectivity Survey," 2025 — as reported in Travel Code, "In-Flight WiFi Speed Comparison 2026." https://travel-code.com/news/airline-wifi-speed-comparison-starlink-business-travel-2026

[2] In-Flight LEO Satellite Wi-Fi Market Research, 2025-2034. https://marketintelo.com/report/in-flight-leo-satellite-wi-fi-market

Frequently Asked Questions About In-Flight Wi-Fi

Aircraft connect to the internet through satellite systems or ground-based cellular towers. Geostationary satellites orbit at 35,786 km and provide broad coverage with higher latency (500-800ms). Newer low-Earth orbit satellites at 550 km deliver latency under 50ms and speeds above 100 Mbps. Air-to-ground systems use land-based towers for domestic routes but can't cover ocean crossings.
It depends on the technology. Legacy geostationary satellite connections have latency too high for reliable video calls, though they handle email and web browsing. Newer low-Earth orbit satellite systems deliver latency under 50ms, comparable to home broadband, which supports video conferencing, VPN access, and real-time collaboration tools without significant interruption.
Pricing varies by carrier and route. A growing number of airlines now offer free Wi-Fi to all passengers or to loyalty program members. Paid access typically ranges from $5 to $20 per flight segment, with some carriers offering tiered plans (free messaging with paid full-access upgrades). Monthly subscription plans are also available for frequent travelers on specific airlines.
In-flight Wi-Fi is a shared public network, so it carries the same risks as any public Wi-Fi. Business travelers should always use a VPN to encrypt traffic, avoid accessing sensitive financial systems without encryption, verify the network name with cabin crew, and disable automatic Wi-Fi connections to prevent joining rogue hotspots.
Yes. In-flight Wi-Fi purchased for work purposes is a legitimate business expense at most companies. Navan captures Wi-Fi charges as part of the trip expense workflow, so travelers don't need to file a separate receipt. Check your company's travel policy to confirm whether Wi-Fi is a covered expense or requires pre-approval.
Satellite-based systems provide coverage over oceans, though quality varies by technology. Geostationary satellites offer global coverage but with higher latency. Low-Earth orbit constellations cover the entire globe, including polar routes that were previously connectivity dead zones. Air-to-ground systems do not work over water since they rely on land-based cellular towers.