The City of North Bay will begin reconstruction of Trout Lake Road from Highway 11/17 to Kingsway Avenue in mid-June. The project includes road reconstruction, a new multi-use path, and the conversion of the Laurentian Avenue intersection to a roundabout. Pioneer Construction Inc. has been awarded the contract for the work. Construction is expected to be completed by the end of the 2026 construction season.
During construction, motorists can expect lane reductions and delays through the work zone. No road closures or detours are anticipated at this time, although evening and weekend work may be required to maintain the schedule.
Residents and businesses are asked to use caution in the area and follow all posted signage. Police, fire, and emergency medical services have been notified of the project and will maintain access throughout construction.
The existing intersection has offset geometry that limits efficiency. A roundabout improves traffic flow and simplifies movements.
A roundabout provides improved safety, smoother traffic flow, and lower long-term maintenance costs.
Yes. Roundabouts reduce severe collisions by lowering speeds and eliminating high-risk turning conflicts. While minor collisions may still occur, serious collisions are significantly reduced.
Yes. Roundabouts keep traffic moving, reducing delays, idling, and queuing compared to traffic signals.
Yes. The design has been reviewed for current and future traffic volumes and is expected to operate efficiently long-term.
Slow down on approach, follow signage and lane markings, and yield to traffic already in the roundabout. Do not stop once inside unless required to avoid a collision.
Pedestrians cross one direction of traffic at a time and drivers must yield at crosswalks. Cyclists may ride through or dismount and use crosswalks. Large vehicles may use the full lane or truck apron as required.
Construction will be staged to maintain traffic flow, but delays are expected. Once complete, the roundabout will operate year-round, including winter conditions, with improved safety and control at lower speeds.