Skip to main content

Project-Details





U.S. 97 Bend North Corridor

Design Phase

Region 4: Central Oregon (Bend, Deschutes)


​The House Bill 2017 U.S. 97: Cooley Mid Term Improvements Project

Impacts

Meetings and Events

ODOT will work with property owners, stakeholder groups and the general public to collaborate on the planning, design and construction of the U.S. 97 Bend North Corridor project.

Schedule

Tentative Schedule (subject to change):
2019 - Begin protective right of way purchases
2020/2021 - Advanced right of way
April 2021 - Begin Procurement (Request for Qualifications then Request for Proposals)
April 2022 - Award Design-Build Contract   
​​
*​​ODOT staff has begun early Right of Way acquisitions.The remainder of the prodject schedule is to-be-determined pending agreements between USDOT, FHWA and ODOT. 

This schedule will be updated as needed. 

Details

About

The project will improve an approximate 6-mile corridor of US 97 and add essential upgrades to US 20 and local routes. The US 97 Bend North Corridor project includes a new travel corridor for US 97, improved intersections, ramps, auxiliary lanes, grade-separations, and pedestrian and bicycle facilities to aid with congestion and improve safety for all modes of travel. U.S. 97 is the main north-south highway through the central portion of Oregon and complements the I-5 corridor, connecting Oregon to California and Washington. In the Bend area, U.S. 97 is the primary route for local residents to commute through town and is a connection to area shopping, dining, businesses, schools and recreation. Oregon's population growth over the last decade has led to an increase in traffic congestion and delay and an increase in the severity of vehicular crashes along U.S. 97.

The project will realign US 97 to the east of its existing location, increase freight mobility, support economic vitality, increase safety to reduce crashes, reduce congestion and improve traffic flow within the corridor. ​​

Project History

The purpose of the U.S. 97 Bend North Corridor project is to identify and implement a long-term solution to maintain a safe, efficient U.S 97 in the north end of Bend. Because federal funding is being used for this project, ODOT completed an Environmental Impact Statement in 2014 to help identify the best solution (East DS2 Modified Alternative) for balancing transportation needs. ODOT and Federal Highway Administration worked with local agency partners to explore opportunities to scale down and modify the alternatives to reduce impacts, address public comments, and reduce the overall cost of the project.  This project was shelved after 2014 as funding was identified for the project.

For more history about this project and information about the U.S. 97 Bend North Corridor Environmental Impact Statement Process visit: https://www.oregon.gov/odot/projects/pages/project-details.aspx?project=14020.

Location

U.S. 97 | The north city limits of the City of Bend between Empire Avenue and Bowery Lane

Cost and Funding

The total funding for this project is $133.4 million. ​

This project was awarded a federal INFRA Grant for $60.4 million in 2019. These funds are being leveraged with $50 million from the Cooley Mid-term Improvements Project, funded from highway bond proceeds associated with Oregon House Bill 2017 (Keep Oregon Moving), in addition to various other city, county and developer contributions.

Contacts & Media

Vicinity Map of the Bend North Corridor Project

Project Contacts

Project Manager
Omar Ahmed
Email
omar.ahmed@odot.state.or.us
Phone
541-388-6386

Area Manager
Bob Townsend
Email
robert.l.townsend@odot.state.or.us
Phone
541-388-6252

Get Project Alerts

Sign up for the newsletter!

Last Updated

5/20/2020 1:23 PM

Project Number

21229

Project Documents

Related documents to this project
US97CooleyPIP.pdfUS 97/Cooley Road Project Information Paper
BendNorthCorridorFAQ.pdfU.S. 97 Bend North Corridor FAQ
FullSpineAlternative_20200518.pdfU.S. 97 Bend North Corridor Conceptual Drawing



Your browser is out-of-date! It has known security flaws and may not display all features of this and other websites. Learn how

×