Bus 55 route
Route stops
82 stops • 3 directions
- Queensberry St @ Jersey St
- Jersey St @ Boylston
- Ipswich St @ Boylston St
- Ipswich St opp Lansdowne St
- Ipswich St @ Boylston St
- Boylston St @ Prudential Center
- Boylston St @ Dartmouth St
- Boylston St @ Clarendon St
- Boylston St @ Berkeley St
- Saint James Ave @ Arlington St
- Rosslyn Metro Bay A
- Langston Blvd at N Nash St
- Langston Blvd at N Oak St
- Langston Blvd at N Scott St
- Langston Blvd at N Vance St
- Langston Blvd at N Adams St
- Langston Blvd at N Cleveland St
- Langston Blvd at N Highland St
- Langston Blvd at Spout Run Pkwy
- Langston Blvd at N Lincoln St
- Lee Hwy at N Oakland St
- Langston Blvd at N Pollard St
- Lee Hwy at 21st Rd N
- Lee Hwy at N Taylor St
- Lee Hwy at N Utah St
- Lee Hwy at N Thomas St
- Lee Hwy at Lorcom Ln
- Lee Hwy at Lorcom Ln
- Lee Hwy at N Albemarle St
- Langston Blvd at N Glebe Rd
- Langston Blvd at N Culpeper St
- Langston Blvd at N Edison St
- Langston Blvd WB @ N George Mason Dr
- Langston Blvd at N Harrison St
- Langston Blvd at N Harrison St
- Lee Hwy at N Kensington St
- Langston Blvd at N Lexington St
- Langston Blvd. at John Marshall Dr
- Langston Blvd. at N Powhatan St
- Langston Blvd at N Potomac St
- Langston Blvd. at N Quantico St
- Langston Blvd. at N Roosevelt St
- N Sycamore St at Langston Blvd.
- N Sycamore St at Washington Blvd
- East Falls Church Metro
- East Falls Church Metro
- N Sycamore St at Washington Blvd
- N Sycamore St at 22nd Rd N
- Langston Blvd. at N Roosevelt St
- Langston Blvd. at N Quantico St
- Langston Blvd. at N Potomac St
- Langston Blvd EB at N Powhatan St
- Langston Blvd. at John Marshall Dr
- Langston Blvd at N Lexington St
- Langston Blvd EB @ N Jefferson St
- Langston Blvd at N Harrison St
- Langston Blvd at N Greenbrier St
- Langston Blvd at N George Mason Dr
- Langston Blvd at N Edison St
- Langston Blvd at N Culpeper St
- Langston Blvd at N Glebe Rd
- Lee Hwy at N Albemarle St
- Lee Hwy at N Woodrow St
- Lee Hwy at N Vermont St
- Lee Hwy at N Thomas St
- Lee Hwy at N Utah St
- Lee Hwy at N Stafford St
- Lee Hwy at N Randolph St
- Lee Hwy at N Quincy St
- Langston Blvd at N Oakland St
- Langston Blvd at N Monroe St
- Langston Blvd adjacent to 3206
- Langston Blvd at Kirkwood Rd
- Langston Blvd at N Highland St
- Langston Blvd at N Danville St
- Langston Blvd at N Cleveland St
- Langston Blvd at N Adams St
- Langston Blvd at N Veitch St
- Lee Hwy at N Rhodes St
- Langston Blvd at N Quinn St
- Langston Blvd at Ft Myer Dr
- Rosslyn Metro Bay A
Route map

Common Questions About This Route
We've gathered all the essentials based on open data. Straight answers to the questions people ask most often.What number is assigned to this route?
Route number is 55. Remember it—the number stays the same everywhere: on the stop display, in apps, on the vehicle itself. Look for 55 specifically. If you're not sure you found the right stop, just ask someone nearby: 'Does bus 55 stop here?'
Where does bus #55 run?
This route serves the Arlington (USA) region. In larger metro areas, routes can pass through several districts or towns. To know for sure if it works for you, pull up the route map and check the key stops and direction.
Additional Route Information
55 Inbound: West Fenway => Arlington Station
Reference
55
Origin
West Fenway
Destination
Arlington Station
Route network
MBTA
Operator
mbta
Color
#FFC72C
ART 55 Westbound
Reference
55
Origin
Rosslyn Metro
Destination
East Falls Church Metro
Route network
Arlington Transit
Network (short)
ART
Operator
Transdev
Color
#006641
Fare
$2.25
Fare
Wheelchair accessibility
Bicycle area
ART 55 Eastbound
Reference
55
Origin
East Falls Church Metro
Destination
Rosslyn Metro
Route network
Arlington Transit
Network (short)
ART
Operator
Transdev
Color
#006641
Fare
$2.25
Fare
Wheelchair accessibility
Bicycle area
Quick overview
Explore the bus 55 route in Arlington (USA). 3 directions, 82 stops, and an interactive route map available in one place.
Data source
The data is obtained from open sources and may contain inaccuracies. Route information is updated regularly.
