Liberia to McAllen (LIR–MFE) — Airlines, Schedules & Connections

LIR Airport Page →
1,359 mi airlines charter/private
On-time Some delays Frequent delays
Connecting Flight Schedule 2 1-stop flights Verified 1mo ago
Charter / private route. No scheduled airline service — operated by charter & private aviation.
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 2 hubs
IAH Houston 6h 28m UA ACCMNH Houston (IAH) to McAllen flights
DFW Dallas-Fort Worth 7h 5m AA AAASBA Dallas-Fort Worth (DFW) to McAllen flights
1-STOP More options, longer trips
2-STOP Loading... Reach the hardest destinations
Liberia to McAllen
Flown by charter / private operators — no scheduled airline service.
1,359 mi 3h 16m nonstop +1h ahead

LIR–MFE has no scheduled airline service; it is flown by charter / private operators. 1-stop connecting options are also available.

Connection Landscape

1-stop and 2-stop options for LIR to MFE.
1-STOP
One-Stop Connections
2
Hubs
~6h
Fastest
~7h
Longest
Verified with published schedule alignment and minimum connection time.
2-STOP
Two-Stop Connections
94
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.

On-Time Performance

What to expect at each end of your journey.
Outbound
LIR → MFE
75%
Generally reliable. Most flights run on time.
Arriving
75%
Return
MFE → LIR
84%
Generally reliable. Most flights run on time.
Departing
84%
OTP = percentage of flights arriving within 15 min of schedule. Based on airport-level delay snapshots. MFE delays →

Travel Essentials

Practical planning for this route.
Time Difference
+1h
McAllen is 1 hour ahead of Liberia.
LIR: CST · MFE: CDT

When it's 6:00 PM in Liberia, it's 7:00 PM in McAllen.
Distance & Flight Time
1,359 mi / 2,187 km
Nonstop flight time is approximately 3h 16m gate to gate.

LIR–MFE Quick Facts

Key statistics for the Liberia to McAllen route.
Route details
Distance1,359 mi / 2,187 km
Flight time3h 16m
Time difference+1 hour
Airlines (nonstop)Charter / private
1-stop connectionsAvailable
Origin: LIR
IATA / ICAOLIR / MRLB
TimezoneAmerica/Costa_Rica
Passengers/yr1.9M
Elevation270 ft / 82 m
Destination: MFE
IATA / ICAOMFE / KMFE
TimezoneAmerica/Chicago
Passengers/yr1.3M
Elevation107 ft / 33 m

Frequently Asked Questions

Common questions about LIR to MFE flights.
Nonstop flights from Daniel Oduber Quirós International Airport to McAllen Miller International Airport take about 3h 16m gate to gate. The route covers 1,359 miles.
Yes, 1-stop connections are available, ranked by layover time. Common connecting points include George Bush Intercontinental and Dallas Fort Worth.
McAllen is 1 hour ahead of Liberia.
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.
See the On-Time Performance section for the latest delay data at both airports. This shows departure and arrival reliability to help you plan.
Route data is updated regularly from official airline schedules. On-time performance data comes from recent airport delay snapshots.

Flights from LIR to MFE

Daniel Oduber Quirós International Airport (LIR) and McAllen Miller International Airport (MFE) are connected through multiple connecting hub airports.

LIR to MFE Flight Duration and Schedule

Nonstop flight time from LIR to MFE is about 3 hours 16 minutes gate to gate. The route covers a distance of 1,359 miles (2,187 km).

Connecting Options and Alternatives

1-stop connecting options are also available, commonly via George Bush Intercontinental and Dallas Fort Worth. Two-stop connections are also available via intermediate hubs.