Data Disclaimer: Water level data is provided by USGS and NOAA for informational purposes only. Verify conditions on-site before any water activities. Learn more
Access Site NC

Town Commons Boat Access

Tar River

Source: u_s__geological_survey Updated 1 year ago

City: Greenville, NC
County: Pitt County
Type: Boat Ramp
Location: 35.61592310, -77.36815370
Air Temp: --
Location
Nearby Gauge Conditions
Whitewater Runs on Tar River
3 runs (1 nearby)
Difficulty Classes
I Easy II Novice III Intermediate IV Advanced V Expert/Extreme VI Unrunnable
Position relative to this access site: Put-in at this location This location is on the run Take-out at this location
Downstream from here Upstream from here
These whitewater runs are on the same river but located more than 50 miles from this access site.
Whitewater data from American Whitewater
About This Access Site
Town Commons Boat Access provides public launch facilities on the Tar River in Greenville, NC. The Tar River at this location is a large river system with significant flow averaging over 3,000 cubic feet per second. This is a productive waterway for various boating activities, with moderate current conditions typical of a stream order 7 river. The site's location in downtown Greenville offers convenient urban access to the water.

Paddlers and boaters should be aware that the Tar River maintains a consistent average velocity of 2.42 feet per second with an average gradient of 3.1 feet per mile. Water conditions are generally suitable for motorboats, canoes, and kayaks, though the current should be considered when planning trips. The river's substantial drainage area of 2,903 square miles means water levels can vary seasonally, particularly after heavy rainfall events.

The Town Commons location suggests this is a managed public facility in Greenville's downtown district, making it a popular access point for both recreational boating and fishing. Users should check current water levels and local conditions before launching, as river flows can be subject to change based on upstream conditions and weather patterns.