
$269 Cheap American Airlines flights Boise (BOI) to Myrtle Beach (MYR)
Prices were available within the past 7 days and start at $269 for one-way flights and $482 for round trip, for the period specified. Prices and availability are subject to change. Additional terms apply.

Sat, May 2 - Fri, May 8
BOI
Boise
MYR
Myrtle Beach
$482 Roundtrip, found 2 days ago
$482
Roundtrip
found 2 days ago

Sat, May 2 - Fri, May 8
BOI
Boise
MYR
Myrtle Beach
$532 Roundtrip, found 2 days ago
$532
Roundtrip
found 2 days ago

Sat, May 2 - Fri, May 8
BOI
Boise
MYR
Myrtle Beach
$542 Roundtrip, found 2 days ago
$542
Roundtrip
found 2 days ago

Sat, May 2 - Fri, May 8
BOI
Boise
MYR
Myrtle Beach
$573 Roundtrip, found 2 days ago
$573
Roundtrip
found 2 days ago

Sat, May 2 - Fri, May 8
BOI
Boise
MYR
Myrtle Beach
$582 Roundtrip, found 2 days ago
$582
Roundtrip
found 2 days ago

Sat, May 2 - Fri, May 8
BOI
Boise
MYR
Myrtle Beach
$623 Roundtrip, found 2 days ago
$623
Roundtrip
found 2 days ago

Sat, May 2 - Fri, May 8
BOI
Boise
MYR
Myrtle Beach
$642 Roundtrip, found 2 days ago
$642
Roundtrip
found 2 days ago
Origin airport | Boise |
Destination airport | Myrtle Beach Intl. |
Distance | 3368 km |
Most Popular American Airlines Routes from Boise
Most Popular American Airlines Routes from Myrtle Beach
- Jacksonville to Hartford (JAX - BDL)
- New York to San Francisco (JFK - SFO)
- San Juan to New Orleans (SJU - MSY)
- Atlanta to New York (ATL - LGA)
- Columbia to Cleveland (CAE - CLE)
- Detroit to Monterrey (DTW - MTY)
- Washington to Tokyo (IAD - HND)
- St. Louis to Vancouver (STL - YVR)
- Memphis to Orange County (MEM - SNA)
- Wilmington to Honolulu (ILM - HNL)
Popular Domestic Routes in Myrtle Beach Intl.
- Columbia to Cleveland (CAE - CLE)
- New York to San Francisco (JFK - SFO)
- Columbia to Monroe (CAE - MLU)
- Bellingham to Pasco (BLI - PSC)
- Jacksonville to Hartford (JAX - BDL)
- Columbus to Norfolk (GTR - ORF)
- Detroit to Monterrey (DTW - MTY)
- Columbus to Norfolk (GTR - ORF)
- Boston to Portland (BOS - PDX)
- Syracuse to El Paso (SYR - ELP)