St. John's to Birmingham, West Midlands (YYT–BHX) — Airlines, Schedules & Connections
No flights match your filters.
No scheduled airline flights on this route — it's flown by charter / private operators (). No nonstop flights on this route. connecting options below.
Last scheduled nonstop: May 2026.
Most recently operated nonstop flights — the month shown is when each was last scheduled. Most destinations remain reachable with a connection.
No discontinued nonstop flights on record for this route.
YYT–BHX had nonstop service, last on the schedule in May 2026. There's no nonstop on it right now, so today you'd fly it with one stop. The connecting options below are sorted by layover. Nonstop, it's about 2,240 miles in 6h 22m.
Airline Landscape
| Airline | Freq/wk | Aircraft | Duration | Dep OTP | Alliance | Codeshares |
|---|---|---|---|---|---|---|
| HTT HTT | 0 | – | – | – | – | – |
Connection Landscape
Travel Essentials
YYT: NDT · BHX: BST
When it's 6:00 PM in St. John's, it's 9.5:00 PM in Birmingham, West Midlands.
Canadian citizens enter the United Kingdom visa-free for up to 6 months as a Standard Visitor. No eTA or advance authorization is currently required. Passport must be valid for the duration of stay. Border officers may ask for proof of return travel, accommodation, and sufficient funds. Time spent in the UK does not count toward the Schengen 90-day limit.
YYT–BHX Quick Facts
Frequently Asked Questions
Flights from YYT to BHX
St. John's International Airport (YYT) and Birmingham Airport (BHX) had nonstop service, last on the schedule in May 2026. The nonstop is dormant right now, so the way to fly it today is one connection, and the options above are sorted by layover.
YYT to BHX Flight Duration and Schedule
Nonstop flight time from YYT to BHX is about 6 hours 22 minutes gate to gate. The route covers a distance of 2,240 miles (3,605 km).
Connecting Options and Alternatives
1-stop connecting options are also available, commonly via Dublin and Charles de Gaulle. Two-stop connections are also available via intermediate hubs.