Four Injured in Wrong-Way Accident on Shattuck Avenue

OAKLAND, CA (May 27, 2022) – Early Saturday morning, a woman was pronounced dead after a wrong-way collision on Highway 24.

The incident occurred around 2:00 a.m., on the eastbound lanes of the freeway. Dispatchers arrived to the scene near Shattuck Avenue shortly after.

For reasons unknown, the driver of a Mercedes traveled west on the eastbound side of Shattuck Avenue. As a result, the Mercedes collided into a sedan occupied by five people.

Due to the impact of the collision, the female passenger of the sedan succumbed to her injuries at the scene. Meanwhile, paramedics transported the remaining four to a hospital for major injuries along with the suspect.

Upon the arrival, officers witnessed the Mercedes driver running on foot. Authorities then took the suspect into custody with assistance from the K-9 unit.

Following preliminary investigations, Oakland Officials suspect that alcohol was a factor.

The team at Sweet James offers their warm and sincerest sympathies to the friends and family of the victim. May you find comfort and strength during this time.

Losing a loved one in a wrong-way accident can have devastating effects on the emotional and financial well-being of those left behind. Let the wrongful death attorneys at Sweet James help you during this trying time. With 20 years of experience in the field, they know what it takes to help you win your case. All of the attorneys at Sweet James strongly believe each client’s case is unique and deserves full individual attention. They will fight to achieve the justice and compensation that you and your family deserve. Call their office today at (800) 975-3435 for a free and confidential case evaluation. They are available 24 hours a day and 7 days a week through email, text, and online chat. Click here to request a police report.

For more accident news, click here.

Advertising disclosure: We may receive compensation for some of the links in our stories. Thank you for supporting LA Weekly and our advertisers.