Minneapolis

North Branch Intersection Horror: Three Dead in SUV, Motorcycle Smashup

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Published on June 17, 2026
North Branch Intersection Horror: Three Dead in SUV, Motorcycle SmashupSource: Unsplash/Hiroshi Kimura

A Saturday evening drive in North Branch ended in tragedy when an SUV and a motorcycle collided just before 7 p.m., killing three people and rattling the surrounding community. Two people on the motorcycle and the driver of the SUV were pronounced dead at the scene.

Crash Details and Emergency Response

The Chisago County Sheriff’s Office dispatch received a call just before 7 p.m. Saturday about a serious crash at the intersection of Lincoln Trail (County Road 14) and Hillshire Avenue, according to FOX 9. Responding officers found that an SUV and a motorcycle had collided, with both motorcycle riders killed and the SUV driver also pronounced dead at the scene. The Chisago County Sheriff’s Office, Minnesota State Patrol, North Branch Fire Department and Lakes Region EMS all responded to the crash.

Why Motorcycle Crashes Are Often Deadly

Motorcycle riders do not have the built-in physical protection that car and SUV occupants rely on, which makes any collision far more likely to result in severe injury or death. The CDC notes that helmets and other protective gear can substantially reduce the risk of fatal and serious head injuries.

State Safety Context

The Minnesota Department of Public Safety’s Office of Traffic Safety operates motorcycle safety and enforcement programs and partners with local agencies on education efforts and crash-prevention grants, according to the Minnesota Department of Public Safety. These initiatives are aimed at reducing deadly crashes on county roads and at busy intersections across the state.

Victims Identified and Investigation Ongoing

The North Branch Police Department identified the victims as 33-year-old Shelby Walker, 33-year-old Samantha Troff and 74-year-old Pamela Dunn, per FOX 9. Authorities are still investigating what led up to the collision and have not released any information about potential contributing factors.