The Charlotte Area Transit System (CATS) anticipates contracting out the following work:
The CTC Fare Zone Striping project is a part off safety and security improvements at the Charlotte Transportation Center that will include the installation of the following approximate quantities of heated-in-place thermoplastic markings:
-950 linear feet of customized 2′-wide blue striping labeled with “FARE ZONE”;
-470 linear feet of pedestrian crosswalk (8 separate crosswalks); and
-920 linear feet of safety yellow striping for 23 bus bays.
Other additional work includes the installation of 31 yellow truncated domes, removal of existing crosswalk striping, and providing 121 linear feet of additional blue “FARE ZONE” striping to be turned over to CATS.
Heat-in-place thermoplastic will be installed per NCDOT specifications. The crosswalk and truncated dome will match the City of Charlotte Land Development Standards.
PSR # 1917
Firehouse 44 will be an integral asset to support Charlotte Fire Department’s efficient response to emergencies in the community; providing a location within the newly developed River District community and expanding their response area in this newly incorporated region of Charlotte. This 14,600 SF, two-story, 3-bay facility will be the first mass timber firehouse in the Southeast US and will meet Living Future’s (LF) Zero Carbon certification for total project embodied carbon. The project will comply with Charlotte’s Sustainable Facilities Policy and fully support the sophisticated and time-sensitive operations of the Fire Department.
This project includes safety improvements at 8 sites, focusing on low-cost, high-impact measures such as pedestrian crossings, accessible pedestrian signals (APS), leading pedestrian intervals (LPIs), and priority projects from a Safe Routes to School study.
This project will address the non-conforming, physical ADA barriers to the greatest extent feasible and where applicable under code provisions. Phase 2 includes the Charlotte-Mecklenburg Government Center and adjacent Parking Garage. Scope areas include Exterior Plaza, Entrance Lobby, 2nd Floor Mezzanine and the 15-story Highrise. Specific scope includes, but is not limited to, Partitions, Doors and Door Hardware, Ramps, Millwork, Restrooms, Controlled Access, Obstructions, Plaza Deck and Accessible Routes. The project delivery method is Construction Manager at Risk (CMAR). The CMAR will commence with CBI outreach ~3rd qtr 2025 and trade partner pre-qualification ~4th qtr 2025.
Repair of existing pond forebay, including dredging, installation of stormwater outlet structure and pipe, and replacement of culvers.
This purpose of the Bryant Farms Road Extension, Phase II project is to continue the street connection of Bryant Farms Road between Rea Road and Ardrey Kell Road. The design is anticipated to include a two-lane road with turn lanes, shared-use path on both sides of the road, and improvements at the intersections of Bryant Farms Road with Rea Road, Tom Short Road, and Ardrey Kell Road. The project will also build a crossing over Flat Branch stream and will run adjacent to the Flat Branch Nature Preserve for a portion of the project.
This project will construct a new exit lane leaving CLT Express Deck-Self Park, enhance signage along CLT Center Drive, and implement enhanced safety measures along this road. Work involved with this is project is a new asphalt roadway connection, additional wayfinding signage and pavement markings, and high visibility crosswalks with flashing beacons. Anticipated construction duration is 9 months. Project constraints will include some but not all night work depending on the work area.
An extension of McCullough Drive, from it’s current terminus east
of southeast of North Tryon Street, to the disconnected terminus
southwest of W.T. Harris Blvd. It is already designed and real
estate acquired. This is necessary for splitting this project apart
from the McCullough Streetscape Project. Length = 0.272 miles
This contract will be for the rehabilitation of the east equalization basin. Construction will require the removal and replacement of deteriorating joint materials. This project will also include high pressure crack injection repairs.
