Portland police arrest suspect after bomb threat forced I-5 closure

Portland, ORLocal News

On June 19, 2025, Portland police arrested 38-year-old Alexander R. Wick after he allegedly caused the closure of Interstate 5 due to a bomb threat. Wick reportedly threatened drivers with a screwdriver and claimed to have a bomb while throwing objects into traffic. Following the incident, officers executed a search warrant at his home on Northeast 15th Avenue, where they discovered a device that was likely a viable improvised explosive and safely disabled it. Wick faces multiple charges, including unlawful manufacture of a destructive device and first-degree attempted arson.

Witnesses, including Meaghan Sutton, documented the police operation, expressing concern over the seriousness of the threat. Local resident Matti Sallin expressed relief that law enforcement responded decisively. Authorities confirmed that no injuries occurred during the incident and stated they are not seeking any additional suspects. The case underscores the importance of public safety in response to threats of violence.

Related Articles

Android Apps on Google Play

KGW reports on the latest Android apps available on Google Play, highlighting millions of options for users. The platform offers games, music, movies, and more across devices.

Advisory Combined Sewer Overflow Released from Elk Rock Pump Station

A combined sewer overflow advisory has been issued for the Willamette River following a release of approximately 5,000 gallons from the Elk Rock Pump Station. The overflow occurred due to a power outage and is expected to impact recreational activities for 48 hours due to increased bacteria levels.

Portland-Area Starbucks Baristas Remain on Strike Over Labor Contract, Wage Disputes

Workers at unionized Starbucks locations in the Portland area continue their strike, demanding better labor practices and a return to bargaining. The strike coincided with Starbucks’ busy "Red Cup Day," and workers remain steadfast amid claims from the company that disruptions are minimal.