DC’s first bright red bus lanes now adorn four blocks of Georgia Avenue, near Howard University. DDOT crews added the red surface earlier this month.
Georgia Avenue’s new red carpet for buses.
The bus lanes run along both curbs, from Florida Avenue north to Barry Place. They speed Metrobus’ busy 70-series line through what was the slowest section of Georgia Avenue north of downtown.
The bright red color is a strong visual clue to car drivers to stay out of the lane. It’s a stark contrast to the Gallery Place bus lane a dozen blocks south, which is so poorly marked that many car drivers legitimately don’t know it’s there. For these four blocks, drivers will have no excuse.
Anecdotally, the red surface seems to be working pretty well. Most car drivers seem to stay out. To find out for sure, DDOT is in the process of collecting actual data, comparing the car violation rate now to the rate from before the red surface was added.
Cyclists and taxicabs are allowed the use the lanes in addition to buses. Signs along the street spell out the exact rules.
Since the lanes are along the curb, cars can enter them to turn right. Dashed white lane markings show where cars can enter.
To avoid wear-and-tear and to make the bus lanes safer for cyclists, the “red paint” is actually a gritty surface coating. If you walk along Georgia Avenue now, you can still see some of the leftover grit along the curb.
❤ the transit red carpet
By adding these lanes and marking them clearly, DC is taking an real step towards prioritizing street space for transit. At only four blocks long they’re are a humble start, but a start nonetheless.
Metroway runs between Pentagon City and Braddock Road Metro stations. For much of its route, between Crystal City and Potomac Yard, it runs in dedicated bus lanes, making it the Washington region’s first real foray into BRT.
Through Potomac Yard, the transitway runs in a totally exclusive busway—a completely separate road from the regular lanes.
27th & Crystal station.
Stations in the busway have substantial arched roofs and attractive wall panels.
South Glebe station.
Through Crystal City, bus lanes and bus stations hug the curb.
18th & Crystal station.
Since northbound buses run a block away from southbound buses, bus stations are smaller through this section. More like large bus stops.
23rd & Clark station.
Crystal City is pretty quiet on Sundays, so there weren’t many opening day riders and buses only came every 20 minutes. During the week there’ll be a lot more riders, and buses will run every 6-12 minutes depending on the time of day.
Head over to Crystal City and check it out! Or see more pictures of both the Arlington and Alexandria transitway sections via Flickr.
Crystal City transitway station. Photo by Arlington.
Georgia Avenue’s bus lanes will run just four blocks, from Florida Avenue to Barry Place. They’ll be curbside lanes, with normal bus stops on the sidewalk.
Location of Georgia Avenue bus lanes. Image from DC and Google.
Four blocks is short, but this location is specifically one of the slowest stretches WMATA’s busy 70-series bus line passes through. Bus lanes here will speed the entire line.
Just as importantly, this will be a test project for DDOT to study, and to learn about bus lane implementation. In May, crews will add red paint to the roadway to make the bus lanes more visually obvious. By adding the red surface later, DDOT will gather data on whether the red really does dissuade car drivers from using the lanes illegally.
Red-painted curbside bus lane in New York. Photo by NACTO.
If Georgia Avenue’s four block bus lanes prove successful, they could provide a model for the citywide transit lane network envisioned in moveDC. They could also one day form the backbone of a future Georgia Avenue streetcar.
The new Crystal City transitway section will run from Crystal City Metro south to Alexandria, where it will join the existing busway. It’ll be a mix of curbside bus lanes and fully exclusive bi-directional busway.
Crystal City transitway. Image by Arlington.
The DC region once had 60 miles of bus-only lanes. With these projects finally happening, and others like 16th Street on the horizon, it’s exciting to see a reborn network begin to take shape.
Rockville misses the forest for the trees with its plan for an 18-lane mega main street
Rockville Pike could one day become a 252-foot-wide mega boulevard with 12 car lanes, 4 bike lanes, 2 bus lanes, and over 50 feet of landscaping. But in designing a street with more than ample room for cars, bikes, and buses, planners abandon any hope the street will be walkable.
The plan for Rockville Pike. Image from Rockville.
Everybody gets a lane!
Rockville Pike is one the most important retail strip highways in the Washington region. Like most 20th Century retail roads, it’s designed for cars, and it carries a lot of them.
Rockville wants to make it a more urban main street, so planners there are drawing up a redevelopment plan. It’s a laudable goal, and it’s not easy on a high-traffic state highway like Rockville Pike.
At first glance, this plan has all the components of a good complete street design: Tree-lined sidwalks, protected bikeways, a center-running dedicated busway. Every mode gets all the street width it could possibly want.
And why not? Why go through the political headache of forcing the community to make the difficult choice between fewer car lanes versus bikes or BRT if you can fit everything in? With a mega boulevard like this, everybody gets what they want, and nobody loses. Right?
Walkability loses, and it’s the most important factor
At 252 feet wide, the new Rockville Pike will be practically impossible for pedestrians to cross. It will take multiple traffic light cycles and multiple minutes for anyone to cross.
Instead of a main street, Rockville will have a barrier. And that is a big problem for the rest of the plan.
Transit oriented development doesn’t work unless it’s walkable. If Rockville Pike is too wide, development on one side of the street will be effectively cut-off from development on the other side. Riders won’t be able to easily access the BRT stations. People will drive for even short trips. The concept of a community where people don’t need to drive everywhere will break down.
If you can’t walk, other multimodal options don’t work. Pedestrians are the linchpin to the whole thing.
To be sure, some level of compromise is always needed. If walkability were the only factor that mattered, all streets would be pedestrian-only. We add in car lanes, bike lanes, and transit because we have to make longer trips possible, and that’s a good thing.
But there’s a balance, and 252 feet veers so far to accommodate long distance travel that it seriously sacrifices short distance walking. In so doing, Rockville undermines the very foundation on which its redevelopment plans rest.
Make pedestrians a priority
The Pike needs to be narrower. Assuming the sidewalks, busway, and three general car lanes each direction are sacrosanct, that still leaves a lot of potential fat to trim.
Are the service roads really necessary if the plan also includes new parallel local streets? Do we really need redundant bi-direction bikeways next to both sidewalks? Could we possibly reduce the 74 feet of various landscaping, buffer, and turn lanes?
These would be difficult trade-offs, to be sure. But there are massive negative consequences to an uncrossable mega boulevard.
If Rockville wants the new Pike to work as multimodal urban place, pedestrians need to become a priority.
Smaller stations, fewer dedicated lanes for Gaithersburg BRT
As designs for the Corridor Cities Transitway BRT line solidify, officials are revising plans to try and cut costs and ease approvals. Among the changes: Smaller stations, fewer dedicated lanes, and fewer grade-separated street crossings.
>Original two-bus station design (left) and smaller one-bus design (right). All images from Maryland.
According to initial designs, all transitway stations would have been 150 feet long, large enough to comfortably accommodate two articulated buses in each direction.
The revised plans reduce six of the transitway’s ten stations down to 65 feet long, and the other four stations down to 125 feet.
The 125-foot stations will still be able to squeeze in two buses at a time. The 65-foot stations will only fit a single bus. All stations will be designed so they can expand to 125 feet later if necessary.
With buses scheduled to come every six minutes at peak times, single-bus stations could cause delays if buses begin to bunch together.
Dedicated lanes at the Belward property
The Corridor Cities Transitway will be, for the most part, true BRT. It will have a dedicated running way for most of its length. But now officials are proposing that it run in mixed traffic for a 1.1 mile detour around the Belward property, aka the last farm in Gaithersburg.
Original alignment through the Belward property (left) and proposed mixed-traffic realignment around it (right).
This change isn’t to save money, nor is it to avoid upsetting car drivers. It has to do with the historic farmhouse in the middle of the property.
Under federal rules concerning historic preservation, the state cannot build the transitway through the farm unless the property is disturbed by development first. But Montgomery County’s master plan does not allow for development on the farm until after the transitway is up and running. It’s a chicken and egg problem.
Thus Maryland’s new plan: Buses will detour around Belward farm on existing roads, in mixed traffic.
It’s not clear whether the detour plan is supposed to be temporary or permanent. It could be the state will operate the detour at first, long enough to allow development at Belward, and then retrofit in the dedicated transitway once development is underway.
Or it could be the state will never correct this problem, and buses will run in mixed-traffic around Belward long after buildings have replaced the farm. Time will tell.
At-grade street crossing
Another major cost-saving change is coming where the transitway crosses MD Route 28, Key West Avenue.
Transitway crossing of Key West Avenue.
Initial plans called for an underpass below Key West Avenue. Buses never would have had to stop for a red light. New plans show a surface crossing, meaning buses will have to contend with traffic signals.
And although the state webpage does clearly say that an at-grade crossing will have minimal “effects on general traffic flow through the intersection,” it doesn’t say anything about how this change will affect transit travel time.
Questions about cost
Montgomery County official Glenn Orlin recently revealed that costs for the transitway are climbing.
The most recent state cost estimate, from 2012, was for $545 million. Officially that’s still the estimate. But Orlin says a new estimate is forthcoming and will be “in the $700-800 million range.” If true, that’s a troubling increase, and could explain some of the state’s moves to reduce costs.
On the other hand, Orlin also indicated the new estimate is in year-of-construction dollars, while the old estimate was in 2012 dollars. If so, inflation could account for the lion’s share of the difference. Until the actual estimate comes out, it’s impossible to know.
It may not matter anyway, as the transitway remains unfunded, and prospects for funding under Maryland Governor Hogan appear slim.
Arlington’s Crystal City streetcar may have been canceled, but work is continuing on the dedicated transitway that would have carried it. Only buses will use this now, but the infrastructure is rising from the ground.
Bus rapid transit will come to Richmond in 2018. The long-planned Broad Street BRT project won a federal TIGER grant this week to cover half its cost, allowing the project to move forward into final design and construction.
Rendering of Broad Street BRT. Image from the Greater Richmond Transit Company.
Broad Street is Richmond’s most successful transit corridor, and main bus spine. It runs through or near most of Richmond’s densest urban neighborhoods and most important central city hubs. It’s the natural place for rapid transit.