The N.C. Department of Transportation selected its preferred route for the future 22-mile U.S. 70 Kinston Bypass.
The route, Alternative 1SB, goes between the N.C. 903/ U.S. 70 interchange in La Grange and existing U.S. 70 east of Dover. See here for map of selected route.
The western section of the bypass follows U.S. 70 for approximately seven miles to just east of N.C. 148 (C.F. Harvey Parkway). Interchanges would be located at Willie Measley/Jim Sutton roads, Albert Sugg/Barwick Station roads, and N.C. 148 (C.F. Harvey Parkway).
A new interchange east of N.C. 148 would provide access to the shallow bypass section of the selected alternative, which would be parallel to existing U.S. 70 to the south on new location for approximately 6.5 miles.
Interchanges along the new location portion of selected route would be located at N.C. 11/N.C. 55, U.S. 258 (South Queen Street), and N.C. 58 (Trenton Highway). A new interchange east of Lenoir Community College would connect the shallow bypass back to existing U.S. 70.
The bypass would follow existing U.S. 70 from this interchange eastern end of the project near Dover and would upgrade U.S. 70 to a full control of access highway with interchanges at Wyse Fork /Caswell Station roads and Old U.S. 70 (West Kornegay Street) in Dover.
After several public meetings, this route was selected based on it having the most public support, shortest project length, least amount of projected wetland impacts, highest projected net economic benefit, while also preserving the rural character of southern Lenoir County.
The next steps for the project include the development of more detailed designs. The public can expect a final environmental impact statement and a record of decision in 2021. Right-of-way acquisition is scheduled for 2023, with construction beginning in 2027.
When complete, the bypass, a four-lane median divided highway, would improve regional mobility, connectivity, and capacity for U.S. 70, reducing traffic congestion and delays that exist along U.S. 70 between La Grange and Dover.