Fuzhou (Changle) to Hailar (FOC–HLD) — Airlines, Schedules & Connections

FOC Airport Page →
airlines charter/private
On-time Some delays Frequent delays
Connecting Flight Schedule 24 1-stop flights
No nonstop service between FOC and HLD. Nearest airports to FOC with scheduled service: Matsu Nangan Airport (LZN, 24 mi) · Matsu Beigan Airport (MFK, 29 mi) · Quanzhou Jinjiang International Airport (JJN, 103 mi)
Nonstop Charter / private 1-Stop 2-Stop Hide separate tickets Hide overnight Hide codeshares
  Flight Airline AC Dep Arr Dur OTP Sched  
✈ Nonstop

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.

✦ 1-Stop connections via 10 hubs
PEK Beijing 5h 40m ACCAFU → CACNHU Beijing (PEK) to Hailar flights
TSN Tianjin 5h 48m 3UMF → GSLT Tianjin (TSN) to Hailar flights
TAO Qingdao (Jiaozhou) 5h 50m 3UFUMF → A6FUQW Qingdao (Jiaozhou) (TAO) to Hailar flights
PKX Beijing 5h 55m 3UKLKN → JDKNMF Beijing (PKX) to Hailar flights
CGQ Changchun 6h 5m FMFUMU → FU Changchun (CGQ) to Hailar flights
NKG Nanjing 6h 35m 3UMFMU → HO Nanjing (NKG) to Hailar flights
PVG Shanghai (Pudong) 6h 40m AFEYMU → FMHOMU Shanghai (Pudong) (PVG) to Hailar flights
WUH Wuhan (Huangpi) 6h 58m 3UEUMF → CZ Wuhan (Huangpi) (WUH) to Hailar flights
TNA Jinan (Licheng) 7h 58m 3UEUMF → SC Jinan (Licheng) (TNA) to Hailar flights
DLC Dalian (Ganjingzi) 10h 20m 3U9CMF → HO Dalian (Ganjingzi) (DLC) to Hailar flights
✦ 1-STOP More options, longer trips
✧ 2-STOP Loading... Reach the hardest destinations
Fuzhou (Changle) to Hailar
Connecting service available through multiple hubs.

While no nonstop service exists between FOC and HLD, 1-stop connecting options are available.

Also explore Browse available seat maps FOC Routes HLD Routes FOC Live Flights HLD Live Flights
All flights from Hailar (HLD) Hailar to Fuzhou (Changle) flights
Connections

Connection Landscape

1-stop and 2-stop options for FOC to HLD.
1-STOP
One-Stop Connections
24
Hubs
~5h
Fastest
~25h
Longest
PEK ~5h 40m TSN ~5h 48m TAO ~5h 50m PKX ~5h 55m CGQ ~6h 5m
Verified with published schedule alignment and minimum connection time.
2-STOP
Two-Stop Connections
1,235
Candidates
Two-stop connections loaded in the connections tab above.
Connections computed from published schedules with minimum connection time verification. Use the interactive explorer above the fold to filter by airline, tier, and layover time.
Know before you go

Travel Essentials

Practical planning for this route.
Time Difference
0h
Hailar is 0 hours the same as Fuzhou (Changle).
FOC: CST · HLD: CST

When it's 6:00 PM in Fuzhou (Changle), it's 6:00 PM in Hailar.
Facts

FOC–HLD Quick Facts

Key statistics for the Fuzhou (Changle) to Hailar route.
Route details
Time difference0 hours
Airlines (nonstop)0
1-stop connectionsAvailable
Origin: FOC
Full nameFuzhou Changle International Airport
IATA / ICAOFOC / ZSFZ
TimezoneAsia/Shanghai
Passengers/yr12.5M
Elevation46 ft / 14 m
Destination: HLD
Full nameHulunbuir Hailar Airport
IATA / ICAOHLD / ZBLA
TimezoneAsia/Shanghai
Elevation2,169 ft / 661 m
FAQ

Frequently Asked Questions

Common questions about FOC to HLD flights.
Yes, 1-stop connections are available, ranked by layover time. Common connecting points include Beijing Capital, Tianjin Binhai and Qingdao Jiaodong.
On a single ticket, yes. Your bags are checked through to HLD and move between planes without you. On two separate tickets you collect your bags at the connecting airport and recheck them, so build in extra layover time.
Click the 'Search Flights' button to check availability and prices on Google Flights. You can also compare airlines and schedules on this page to find the best option.
Route data is updated regularly from official airline schedules. On-time performance data comes from recent airport delay snapshots.

Connecting Options and Alternatives

1-stop connecting options are also available, commonly via Beijing Capital, Tianjin Binhai and Qingdao Jiaodong. Two-stop connections are also available via intermediate hubs.