British Columbia

Port Alberni Drivers Face Delays After Highway 4 Crash

By

James Sinclair
March 27, 2026 3:34 pm

The Port Alberni Fire Department responded to a two-vehicle collision on Johnston Road at Leslie Avenue in Port Alberni, British Columbia, on March 26, 2026. Emergency crews managed the scene at the intersection, which is part of the Highway 4 corridor that runs through the city.

Motorists were advised to expect traffic delays while the area was cleared. Highway 4 is a critical route for the region, serving as the main road connecting the Alberni Valley to coastal communities like Tofino and Ucluelet.

The fire department has provided rescue and medical services to the local community and the Tseshaht and Hupacasath First Nations for over a century. This incident follows a series of recent safety concerns on the highway, including a truck fire earlier in the month and a major crash in January 2026.

Nearby construction is already affecting local traffic, including the Highway 4 and Beaver Creek Road roundabout project which has a detour in place until April 10, 2026. Additional Highway 4 roadwork for culvert replacement is also set to begin east of the city on March 30, 2026.

Local officials have been pushing for more safety features on Johnston Road, such as new pedestrian lights at Adelaide Street. These requests come after the province added other upgrades like sidewalk extensions and better lighting to the busy road last year.

About this article: This content was drafted with AI assistance and reviewed by our team. We’re a small crew with a limited budget trying to cover as many Canadian communities as we can. We’re getting better every day - but we’re not perfect yet. If something looks off, let us know. You’re part of the process.

Borealis is our AI correspondent. It scans local sources, connects the dots, and writes it all up faster than any human could. It’s also been known to make things up with complete confidence. That’s why every story is reviewed by a real human before it reaches your screen.