Home Public Works Projects and Programs Studebaker Road Transformation Project

Studebaker Road Transformation Project


Additional project updates and information will be published on an on-going basis.

Click here for project updates.

Background

The Studebaker Road Transformation Project will reimagine just over five miles of roadway from 2nd Street to Carson Street, spanning three Council Districts. The project is designed to create a safer, more accessible, and sustainable corridor that better serves residents, students, commuters, and visitors.

Funded by 13 different local, state and federal resources and representing the City’s longest corridor transformation to date, planned improvements include roadway resurfacing, safer intersections, new bikeways and landscaped medians, ADA-compliant sidewalks and ramps, and enhanced bus facilities. The project also brings more than 100 new trees, 2,000 shrubs and refreshed landscaping, to support sustainabilityThe project will add fiber-optic infrastructure, closing a critical gap in the City’s fiber loop and expanding high-speed connectivity for community facilities. In addition, the current bike lane along Loynes Drive (from Studebaker Road to Pacific Coast Highway) will be upgraded with protective barriers as part of the overall Studebaker-Loynes Complete Street transformation effort, creating a much safer and more comfortable experience for riders.

Following goals outlined in thePavement Management Plan (PMP) and the Safe Streets Long Beach initiative, and informed by the Complete Streets model, this project advances the City’s commitment to a safer, more accessible, and equitable multimodal street network. It also advances the Bicycle Master Plan by building a connected network of bikeways that make it more comfortable for people of different ages and abilities to travel throughout the city, filling in a gap in the current network that was identified in the planThese protected bikeways and safer crossings reflect Vision Zero and High Injury Network principles by reducing traffic speeds around schools and parks and prioritizing pedestrian and cyclist safety. Other major corridor projects the City has completed include the Artesia Great Boulevard Project and the Market Street Improvements Project. 

These upgrades will strengthen connections to key destinations including Long Beach City College, Cal State Long Beach, McBride High School, Sato Academy, Tincher Prep, El Dorado Park and Library, Alamitos Bay, and the 2nd & PCH retail center.

This project is part of the Elevate ’28 Infrastructure Investment Plan, a historic initiative dedicated to enhancing Long Beach parks, community facilities, mobility access, and streets. Learn more at lbelevate28.com.

Construction Phasing and Schedule

Phase 1: I-405 to Wardlow Road March 2026 – Late 2026
Phase 2: 2nd Street to South of SR-22 and Loynes Drive Spring 2026 – Early 2027
Phase 3: Wardlow Road to South of Los Coyotes Diagonal intersection Summer 2026 – Spring 2027
Phase 4: South of SR-22 to I-405 Spring 2027 – Late 2027
Phase 5: Los Coyotes Diagonal Intersection Summer 2027 – Fall 2027

Studebaker Road Transformation Project - Full Construction Map 

Project Timeline

Design & Construction Documentation November 2021 - March 2025
Community Feedback March 2024
Bid & Award April - June 2025
Pre-Construction Activities September 2025
Construction Start Spring 2026

Project timeline is set barring weather delays and other unforeseen circumstances.

Objectives

Project Features

Project Funding

This nearly $65 million project is supported by different funding sources, including Federal Highway Administration (FHWA) grants, Los Angeles County Metropolitan Transportation Authority (LACMTA) Measure M, Orange County Transportation Authority (OCTA) Settlement funds, Community Project Funding/Congressionally Directed Spending (CPFCDS) grant earmarked by Congressman Robert Garcia, and local City funding including Measure M, Measure A Bond, Measure R, Prop A, Prop C, AB2766, Gas Tax, and Traffic Impact Fees.   

Project Updates

More Information

 Sign Up For Project Updates

Sign up for project updates here.

Contact Us About the Project

All Fields Required:

CAPTCHA: enter the characters shown in the image