Route profile

Stockholm (ARN) → Chicago (ORD)

A reference for the Stockholm-Arlanda Airport to Chicago O'Hare International Airport route. You'll find the operators on file, the great-circle geometry, the connecting options if no nonstop fits your dates, and a short profile of each endpoint airport.

6,856 kmGreat-circle distance
4,260 miIn miles
8h 48mApprox. block time
1Operators on file

The flight from Stockholm (ARN) to Chicago (ORD) covers a great-circle distance of roughly 6,856 km (4,260 miles). Aircraft leave Stockholm-Arlanda Airport on an initial northwest heading. As international sectors go, this one sits in the extended long-haul bracket: long enough that most carriers run it as its own dedicated rotation, but short enough to fit inside a single crew duty period.

Scandinavian Airlines System is the only carrier filing a scheduled ARN to ORD service in the dataset. Single-operator routes like this usually reflect a focus-city or hub-spoke relationship, or a market that's big enough to support one dedicated daily but not big enough to attract a second entrant yet.

Operators on the ARN → ORD direction

Carriers with at least one scheduled rotation on this sector in the OpenFlights dataset, ranked by the number of code-shared filings.

IATAAirlineCountryCallsign
SK Scandinavian Airlines System Sweden SCANDINAVIAN

Sectors this long are almost always flown by widebodies with extra fuel tankage. The 787-9, A350-900, and 777 family are the regulars on routes like this. Block time runs about 8h 48m, with two meal services, a long sleep cycle, and (on premium fares) lie-flat seating that's now the industry default for journeys this long.

If a nonstop doesn't match your dates, London (LHR), Beijing (PEK), and Paris (CDG) show up on both ends of the network and make the most natural connecting points. The connecting-hubs grid below extends that list to the eight strongest options, ranked by each airport's overall departure activity. That ranking is a fast proxy for how many onward flights a single stop is likely to feed.

Connecting hubs

Airports that already appear on both ends of this network. They're the natural one-stop options when no nonstop matches your dates, ranked by overall departure activity.

This is an international sector between Sweden and United States. Build in time for passport validity, possible visa requirements, and the time-zone gap between Stockholm and Chicago. International itineraries are quoted in local time at each end, so a "midnight" departure in Stockholm typically lands the next morning in Chicago. Customs clearance happens on first arrival in the destination country.

On the day of operation, the ARN to ORD direction lifts off heading northwest, then the great-circle track curves to compensate for the Earth's rotation. The return ORD to ARN sector heads northeast out of the gate, with 0 operators on file for the inbound side. Combine the two operator lists for a full picture of the city pair's competitive landscape.

Endpoints

Other routes from Stockholm (ARN)

Other destinations served from the same origin. Handy for combining trips or for finding an alternate first leg.

Other routes into Chicago (ORD)

Other origins that already file scheduled service into the destination airport.

Reading this route page

The operator list reflects scheduled-route filings in the OpenFlights dataset, not real-time availability. A carrier appearing here publishes a scheduled service on this sector. It isn't a live timetable, and the actual flight numbers, frequencies, and aircraft types shift season to season. For booking and current schedules, cross-reference the airline page above with the carrier's own website.

Distance here is the great-circle arc between the two airports' published coordinates. Real flight tracks wander off that line because of wind, ATC routings, oceanic crossings, and political airspace constraints. Block time is an estimate covering ground taxi, climb, cruise at typical jet speeds, and descent. Real block times shift with aircraft type, weather, and traffic, so treat the stat-strip number as a planning indicator rather than a published flight time.