Montgomery County, Md.
MD 355 Bus Rapid Transit Planning Study
Client: Montgomery County Department of Transportation
Our Role: Project Management, Preliminary Engineering, Environmental Documentation, Public Outreach, Coordinated Regional Transit System

The Montgomery County Department of Transportation (MCDOT) is seeking to deliver premium transit service between Bethesda and Clarksburg, Maryland, that enhances transit connectivity and multimodal integration with improved operational efficiency and reliability along MD 355 Wisconsin Avenue/Rockville Pike/Frederick Road.
This bus rapid transit (BRT) project will create new public transportation connections and support growth and redevelopment at key activity centers along the corridor, including downtown Bethesda, North Bethesda, Rockville, and Gaithersburg. Following completion of the project, the 22-mile-long county-owned and operated BRT will pass through three jurisdictions and operate on a state-owned arterial roadway.
For this proposed BRT corridor, GFT is providing:
- Project management.
- Conceptual engineering.
- Environmental documentation.
- Public involvement services.
The project will improve the ability of buses to travel along MD 355 with improved operational efficiency, reliability, and travel times. Completion of the project is part of a proposed coordinated regional transit system.
Our project team developed and evaluated four build alternatives, plus a no-build alternative, based on MCDOT’s goals and objectives. The four build alternatives included:
- A transportation system management (TSM) alternative.
- An alternative that would run in mixed traffic.
- An option featuring median-running, dedicated BRT lanes.
- An alternative consisting primarily of curb-running BRT lanes.
Except for the TSM alternative, all the build alternatives would include BRT enhancements such as queue jumps, transit signal priority, off-board fare collection, level boarding, new BRT vehicles, and upgraded stations.
Key Features
- Flash BRT service on MD 355.
- New BRT stations.
- Roadway design.
- Stormwater management design.
- Bicycle and pedestrian improvements.
- Transit signal priority and queue jumps.
Outcomes
- Enhances transit connectivity and integration with other travel modes and transit options.
- Improves bus speed and reliability.
- Addresses current and future bus services.
- Attracts new riders and provides improved service for existing bus and transit riders.
- Supports future projects.
- Improves transit access to major employment and activity centers.
- Achieves master planned non-auto driver modal share.
- Improves safety.


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