Keep Charlotte Moving with Transportation Planning Opportunities

In June 2018, the Sustainable and Resilient Charlotte by 2050 Resolution was unanimously passed by City Council. This resolution set aggressive and aspirational municipal and community-wide greenhouse gas emissions reduction goals for the City of Charlotte. Specifically, it strives to have City fleet and facilities be fueled by 100% zero-carbon sources by 2030. The CDOT Sweden Rd facility currently contains many fleet vehicles and buses that are run on gasoline. In order to meet the 2030 target, the City has begun and will continue purchasing Electric Vehicles (EV’s) and equip the CDOT Sweden Rd Facility with EV Chargers.

This project will install single‐mode fiber optic cable installed in new directionally bored, hand-dug and trenched conduit, existing conduit, and aerial attachments to poles. This project includes entrances and interconnect equipment for existing traffic signal control cabinets and the installation of traffic management cameras. This project also includes fiber optic cable splicing, testing, Ethernet communications equipment, traffic management camera equipment, and other related activities.

This project will install single‐mode fiber optic cable installed in new directionally bored, hand-dug, and trenched conduit, existing conduit, and aerial attachments to poles. This project includes entrances and interconnect equipment for existing traffic signal control cabinets and the installation of traffic management cameras. This project also includes fiber optic cable splicing, testing, Ethernet communications equipment, traffic management camera equipment, and other related activities.

This project will install single‐mode fiber optic cable installed in new directionally bored, hand dug and trenched conduit, existing conduit and aerial attachments to poles. It will remove existing copper communication cables. This project includes entrances and interconnect equipment for existing traffic signal control cabinets and the installation of traffic management cameras. This project also includes fiber optic cable splicing, testing, Ethernet communications equipment, traffic management camera equipment and other related activities.

This project will install single‐mode fiber optic cable installed in new directionally bored, hand-dug and trenched conduit, existing conduit, and aerial attachments to poles. It will remove existing copper communication cables. This project includes entrances and interconnect equipment for existing traffic signal control cabinets and the installation of traffic management cameras. This project also includes fiber optic cable splicing, testing, Ethernet communications equipment, traffic management camera equipment, and other related activities.

This contract will be to purchase signal materials for installing “warning flashers” to alert drivers that they are approaching certain types of hazards, new traffic devices, and/or changes in road conditions.

This project will install single‐mode fiber optic cable installed in new directionally bored, hand-dug, and trenched conduit, existing conduit, and aerial attachments to poles. It will remove existing copper communication cables. This project includes entrances and interconnect equipment for existing traffic signal control cabinets and the installation of traffic management cameras. This project also includes fiber optic cable splicing, testing, Ethernet communications equipment, traffic management camera equipment, and other related activities.

This project will install single‐mode fiber optic cable in new directionally bored, hand-dug, and trenched conduit, existing conduit, and aerial attachments to poles. It will remove existing copper communication cables. This project includes entrances and interconnect equipment for existing traffic signal control cabinets and the installation of traffic management cameras. This project also includes fiber optic cable splicing, testing, Ethernet communications equipment, traffic management camera equipment and other related activities.

The Charlotte Department of Transportation (CDOT) wishes to prepare a three-year contract to include miscellaneous repair or relocation of conduit, fiber, aluminum poles, traffic management cameras, and other facilities within the City’s Intelligent Transportation System (ITS) throughout the Charlotte service area.  The increase in telecom and development related construction throughout Charlotte has put the ITS infrastructure in substantial risk of being damaged and/or the need to be relocated. The work under this contract will supplement the city’s workforce in making repairs or relocations. There may also be small project work not related to repairs. Work may include either underground at varying depths or aerial work at varying heights to install conduit and fiber optic cable. Because of the unknown scope of each repair, this is a Task Based contract.  The Contractor’s Superintendent may be required to respond and be on site within 3 to 6 hours of being called to evaluate the conditions and develop an agreed upon plan with the city.  Contractor work crews may be required to respond and be on site within 3 to 6 hours of the meeting with the Contractor’s Superintendent and the issuance of the Task Order.

While it is anticipated that the majority of the work will be able to be performed during normal working hours, there may be instances where overtime work is needed, or work on nights and/or weekends or holidays.  Separate pay items have been included to cover these instances.  Due to the urgent nature of some of these repairs, work in inclement weather may be required.

Micromobility technology solutions to assist in analyzing and managing shared mobility devices within Charlotte’s right-of-way.

Technology solutions to assist the Charlotte team in creating a digital inventory of the Uptown Charlotte curbs and deploying intelligent sensor-based infrastructure to assess curb usage and demands.

Curbside Management technology solutions to assist in creating a digital inventory of the Uptown Charlotte curb, analyze and monitor the curb, and/or deploy intelligent sensor-based infrastructure to assess curb usage and demands.