Does SAS Scandinavian Airlines Wi-Fi work over the ocean?

Why, in one paragraph

On a retrofitted aircraft the ocean is a non-event. On the older geostationary fleet you are relying on a fixed satellite beam: it usually reaches mid-ocean on the busy corridors, but coverage thins on polar and remote South Pacific routings, and the delay makes calls awkward even when it works.

On SAS Scandinavian Airlines the older aircraft run Viasat, all of them geostationary — so an unconverted tail behaves like the slow column below. Where the rollout stands: Free Starlink for EuroBonus members (signup is free, up to three devices), live since March 2026 — SAS was the first airline in Europe to put Starlink on an A320. The rollout started with the A320 family and is spreading across the fleet, so unconverted aircraft still have the older service.

Expected delay: 20-50 ms on new aircraft, 600-800 ms on the older fleet

The part nobody tells you

Coverage maps show where a satellite's beam reaches. They do not show how long the signal takes to get there and back, which is what actually decides whether a call is usable.

This is why a geostationary connection can report a healthy speed and still make a video call unusable: bandwidth is fine, the delay is not. It is also why the fix is a different orbit, not a faster plan.

So check the aircraft

Because SAS Scandinavian Airlines is mid-rollout, the honest answer depends on the tail number you draw. Look up your flight and date — we pull the assigned aircraft type where it is published.

How we know

Derived from the satellite system SAS Scandinavian Airlines operates (source, checked 2026-08-02), combined with orbital altitude — which is fixed physics, not a figure that goes stale. Latency bands quoted are typical real-world ranges, not measurements we took.

Airlines change these terms without notice. Treat this as a strong prior, not a guarantee.