Mathis Avenue Improvements
Mathis Avenue Capital Improvement Project from Sudley Road to Liberia Avenue (T-086)
Virtual Public Meeting
February 23, 2022 meeting - watch
Find out more in the Project Fact Sheet
Public Comments on Mathis Ave. and responses
Share your comments about the project
The Mathis Avenue capital improvement project originates from the Mathis Avenue Sector Plan (2006) which called for high-density, mixed-use development, enhanced streetscapes with pedestrian/bicycle linkages; open space and green connections, and attractive gateways. In 2017 the City developed streetscape standards that were endorsed by City Council. This project is located within the Mathis Character Area as described in the Manassas 2040 Comprehensive Plan. Improvements under consideration include replacing the two-way left turn lane with a landscaped median, and improving pedestrian safety by widening both the sidewalk and the grass strip between the curb and sidewalk.
The goal of the project is to reconstruct Mathis Avenue from Sudley Road to Liberia Avenue as a two-lane facility with a planted median and dedicated turn lanes within the existing right-of-way. This project includes streetscape and pedestrian improvements. The project will:
- Improve pedestrian safety and connectivity between the City’s two historic districts
- Establish a distinct character for the Mathis corridor
- Promote investment in the Mathis Corridor, which was designated as an Opportunity Zone under the Federal Tax Cuts and Jobs Act of 2017.
- Improve Traffic Safety
IllustrationsRendering of Existing Street Section
Rendering of Proposed Street Section
Rendering of Mathis Avenue Plan View
- Partially funded in the FY21 CIP. Federal funds are being sought to fully fund this project.
- The concept was developed in June 2019.
- Survey was completed in April 2020.
- 30% Engineering design completed in November, 2021
- City collected public input on the design in February and March 2022
- 60% Engineering Design Ongoing
For any questions or comments, please contact:
John Keenan, Senior Engineer