Access by train/transit:
MARC Commuter Rail at Camden Station
MARC and Amtrak at Penn Station
Airplane service at BWI Airport
Geography:
Small Hills, Water Crossings (over the Baltimore Harbor)
The Scoop:
According to Wikipedia, the light rail system had its origins in a plan
drawn up in 1966, only 3 years after streetcars disappeared from the streets
of Baltimore City.
By 1983, the only thing that had been built is the Metro Subway that opened
from Charles St to Reisterstown Road Plaza.
The plan to open a light rail system got a push in the late 80's by
Governor William Donald Schaefer (also a former mayor of Baltimore), who
wanted to have a rail transit system opened in time to coincide with the
opening of a new Oriole's Baseball stadium being built at Camden Yards.
In order to expedite the construction of the system, he decided that the
state would bankroll the project on it's own, without federal funding, which
allowed them to sidestep the the whole painful environmental review process.
Station placement and design were intended to be flexible and change over time,
as stations could be built or closed at low cost. However, they were at times
dictated by politics rather planning: proposed stops in Ruxton, Riderwood, and
Village of Cross Keys were not built due to local opposition, while nearly-cut
Mt. Royal and Timonium Business Park stations were built because the University
of Baltimore and a local business group funded them. The Falls Road station was built
with less parking than ridership required because of community requests and a
fence, erected in response to a homeowner objecting to the visual impact of the
station which prevented riders from accessing a nearby commercial building
on the north side of the tracks.
Two things that irked me about the original design: One, they placed the
catenary support poles on the "outside" of the right-of-way, thus requiring
twice as many poles to be installed, costing us MORE (and taking up more
real estate), and two, they didn't look into the future enough to take into
consideration the eventual second track, and made the original R-O-W as if
it was only ever going to be a single track line, requiring a complete
tear-up of the R-O-W to install the second track and re-lay the first.
The Baltimore Light Rail System opened in stages over a 14-month period.
The initial segment from Timonium to Camden Yards opened for limited service for Orioles
baseball games on April 2, 1992. The system opened for full service on May 17, 1992.
A three-station extension to Patapsco opened on August 20, 1992.
That was followed by a four station extension to Linthicum on April 2, 1993.
And finally, an additional two station extension to Glen Burnie opened on May 20, 1993.
Three extensions to the system were added in 1997.
On September 9, the line was extended
north 4.5 miles (7.2 km) to Hunt Valley, adding five stations that serve Hunt Valley
Industrial Park and the Hunt Valley Mall, with the line ending on the property of the mall.
On December 6, two short but important branches were added to the system: a 0.3-mile (0.48 km)
spur in Baltimore that provides a link to Penn Station for Amtrak's intercity
trains and MARC local commuter service.
The second extension is a 2.7-mile (4.3 km) spur to Terminal
E of BWI Airport, breaking off from the mainline just south of Camp Meade Rd.
Instead of trying to keep this page current with my (ever changing) links, I
direct you to the Baltimore Area Transit Index Page
here.
Acknowledgements:
Denver Todd
David Wilson/via Wikipedia
Google Maps
Bing Maps
Coming up from Washington DC, Virginia, and further south - I-95 to I-395
into downtown Baltimore, or parallel route the Baltimore-Washington Parkway
all the way into downtown Baltimore, and then taking a right turn onto Pratt
St (after you pass the two stadiums), which will soon cross the Light Rail.
Coming "down" from Philadelphia PA, Wilmington DE, New Jersey, etc -
I-95 south, thru the Ft McHenry Tunnel to I-395 into downtown Baltimore.
Coming "down" from Harrisburg, York, Scranton PA, Syracuse/Albany NY - I-81
to Harrisburg and then I-83 into downtown Baltimore.
Coming from the "west" as in Hagerstown/Frederick/Cumberland MD and I-70 at
Breezewood - use I-70 to the I-695 Beltway south to I-95 into Baltimore.
For stations on the north end of the system:
Take the Baltimore Beltway, I-695, around to I-83 and go north, take any of
the exits Timonium Rd (x16), Padonia Rd (x17), Warren Rd (x18) , or Shawan
Rd (x20).
For the Falls Road and Mt Washington Stations, take the exit
for Falls Road (x23), and find your way to Falls Road and head south.
Falls Rd heading south intersects "the end of 83" at Joppa Rd.
For stations on the south end of the system:
Take the Baltimore Beltway (I-695) to I-97 south (x5), and get off at exit
16, MD 648/B&A Blvd (Baltimore & Annapolis Blvd), and head south to the
Cromwell station, or north to the Ferndale station.
For the Linthicum, North Linthicum, Nursery Rd, and Baltimore Highlands
stations, use exit 6 from the Baltimore Beltway I-695. Go south on
Camp Meade Rd for the Linthicum station, or north for the other three,
taking a left onto B&A Blvd to reach Nursery Rd and Baltimore Highlands.
The Baltimore System has a collection of 53 cars, numbered in the 50xx
series. 5001 thru 5035 are the original cars of he system, having been
delivered in the 1991/1992 timeframe while work was being completed on the core
system between Camden and Timonium.
Cars 5036-5053 were delivered in 1997.
Please note: Despite what the Wikipedia page says that the second batch of cars were built by
AAI in Cockeysville MD, they WERE NOT. AAI built the trucks and the
shells. The cars were
built/assembled in Corning NY by ABB / ADtranz, same as the first batch.
I have pictures of the second batch being built in Corning somewhere....
The cars were assembled in Corning to meet the requirement of having 51% of their content
from the United States. There is a mix of Metric and SAE parts on both sets of cars
as a result of this.
The Baltimore LRV's were the first in the United States to utilize AC
propulsion instead of the more traditional DC traction motors. In
addition to being more efficient, it is also a boon for those in
maintenance, because DC motors (like the ones used on the Metro Subway
cars), require periodic replacement of the brushes, and require ventilation
ports on the motors, allowing the carbon dust to escape, creating a layer of
black soot on everything. The AC motors used in the LRV's are
permanently sealed, and hardly ever need to be opened. Because of
this, ET's from the "heavy rail side" coming to the light rail shops for the
first time are amazed to see how clean the shops are!
At delivery, the Baltimore cars were also the widest LRV's around at 9.5 feet wide, I
don't know if they still hold that title or not.
If you want to find out how the various systems on the LRV's work, check out
my technical section at:
https://railroadsignals.us/lrvtech/lrvchap1.htm . Keep in mind tho,
that this description is only good for the cars as originally delivered.
The cars in their mid-life upgrade have been completely re-fitted with all
sorts of new electronic contraptions - including a new computer and
propulsion modules! Here are the basic
specifications and details of the cars from my technical pages:
The only other LRV's in the United States built by ABB are the "single car" LRV's of the Norristown High Speed line of SEPTA.... They may not look the
same, but electrically, they are almost identical. In fact, with the
modernization program going on in the late 2010's and early 2020's, the
propulsion and auxiliary modules are being sent to SEPTA as replacements and
back-ups for their cars. Here is a Norristown HSL LRV for comparison.
Here is a picture of #5036, the night it was delivered sitting on Road A -
The "95's" (MTA police) didn't take kindly to me taking pictures of it for
some unknown reason, even tho I had my uniform on, and my ID with me.... go figure.