Stockholm to Wrocław (ARN–WRO) — Airlines, Schedules & Connections
No flights match your filters.
No nonstop flights on this route. connecting options below.
ARN–WRO is served by 1 airline with nonstop service. Ryanair leads the route. The flight covers 592 miles in approximately 1h 50m. Beyond nonstop, 39 hubs offer 1-stop connections.
Airline Landscape
| Airline | Freq/wk | Aircraft | Duration | Dep OTP | Alliance | Codeshares |
|---|---|---|---|---|---|---|
| FR Ryanair | 2 | 7M8 | 1h50 | – | – | – |
Weekly Schedule Pattern
Connection Landscape
Travel Essentials
ARN: CEST · WRO: CEST
When it's 6:00 PM in Stockholm, it's 6:00 PM in Wrocław.
Sweden and Poland are both EU and Schengen members. Swedish citizens live, work, and travel freely in Poland with no visa or time limit. Bring your passport or national ID card.
The Arlanda Express train runs non-stop from Stockholm Central Station to ARN in 18 minutes (SEK 280–320 one-way, cheaper booked online). The Pendeltåg (commuter rail) stops at Arlanda South/North stations for SEK 145 total (including a SEK 120 airport supplement); the journey takes 40 minutes.Taxis from central Stockholm cost SEK 600–800 (45–60 min). Uber runs SEK 400–600. The E4 motorway connects the airport to the city; traffic can be heavy southbound during afternoon rush. Driving takes 35–50 minutes in normal conditions.
ARN–WRO Quick Facts
Frequently Asked Questions
Flights from ARN to WRO
Stockholm-Arlanda Airport (ARN) and Copernicus Wrocław Airport (WRO) are connected by nonstop service from Ryanair. With 2 weekly departures, this is a regularly served route.
ARN to WRO Flight Duration and Schedule
Nonstop flight time from ARN to WRO ranges from 1 hours 50 minutes. The route covers a distance of 592 miles (952 km). There are approximately 2 weekly flights outbound and 2 return, totaling 4 flights per week in both directions.
Connecting Options and Alternatives
39 one-stop connections are available, with the fastest taking approximately 6 hours via BBU. Two-stop connections are also available via intermediate hubs.