Construction work from Highway 93, In Radium Hot Springs and 151m Northeast of Jctn Hwy 93/95 (93 Splits Into 95 North and 93 East) to In Radium Hot Springs and West Boundary of Kootenay National Park. Starting Mon Jun 1 until Tue Dec 1. Single lane alternating traffic. Watch for traffic control. Speed Limit restriction: 30 kmh. Width restriction: 3.7 metres maximum. Last update: August 19th, 2026 at 3:33pm MDT.
Highway 93 — Kootenay corridor
DriveBC verification and wildfire context through southeastern British Columbia toward the Rocky Mountain parks corridor.
DriveBC · CURRENT
3 active matching DriveBC records are listed. None provides a route-wide open or closed statement; review the incidents before travel.
- Active incidents
- 3
- Retrieved
- Aug 20, 2026, 6:47 a.m. UTC
Active incidents & restrictions
Road construction. Starting Mon Aug 10 until Thu Oct 15. All day, weekdays. Single lane alternating traffic. Expect delays. Watch for traffic control.
Bridge construction. Starting Mon Jun 22 until Wed Oct 7. Expect minor delays. Speed Limit restriction: 50 kmh.
Explore this highway by question
Open a focused view for official road conditions, closures, incidents, cameras, weather, wildfire context, winter driving or travel alerts. These pages use this exact route scope and keep official travelability separate from environmental context.
Current official road-state records, restrictions and source freshness for this highway scope, kept separate from FireRadar environmental context.
Current official closure and restriction records for this highway scope, with direct authority verification and explicit unknown-state handling.
Current official incidents and travel disruptions affecting this highway scope, including source update times and affected-road context where supplied.
Latest supported official highway-camera images ordered along the corridor, with image freshness and no camera archive or false live-video claim.
Environment Canada weather alerts, nearest available current conditions and short forecast context resolved around this highway corridor.
Current direct-official wildfire proximity and FireRadar corridor assessment for this highway scope, kept separate from official road travelability.
Official highway events, Environment Canada weather warnings and camera context for winter travel planning without inferring traction or safe travel.
Current road and weather alerts plus FireRadar account options for basic highway email alerts and the FireRadar Plus Highway Watch service.
Latest highway camera images
These are snapshots—not live video and not proof of travelability. FireRadar proxies only the latest image with short caching and keeps no camera archive.
Highway 93/95 at junction of Highway 95A, looking north.
Highway 93/95 roundabout at Radium Hot Springs, looking northbound on Highway 95.
Highway 93/95 roundabout at Radium Hot Springs, looking eastbound on Highway 93.
Highway 93/95 roundabout at Radium Hot Springs, looking southbound on Highway 93/95.
Highway 93 at Burns Avenue, looking southbound.
Camera registry: DriveBC · Retrieved Aug 20, 2026, 6:47 a.m. UTC · 5 matched
Route map & wildfire context
The highway is the orange route focus. Official fires, recent out fires, smoke and AQHI remain independently sourced layers. FireRadar does not convert them into a travel-safety claim.
Fire restrictions along Highway 93 — Kootenay corridor
Official alerts & forecast context
Check Environment Canada warnings and DriveBC. FireRadar does not infer visibility, snowfall or traction when an official field is absent.
Environment Canada warnings →Current corridor assessment
Below, FireRadar publishes a conservative current corridor assessment using direct-official wildfire information and available Environment Canada weather context. It is not a fire-spread forecast or travel-safety score.
View fire danger →Each source stands alone
Integrated road events revalidate every 5 minutes. Camera metadata revalidates every 6 hours; images use short-lived edge caching. An unavailable source stays unavailable—not zero.
FireRadar methodology →