Fire Scar Track is a 5.4 km 4WD trail in Gawler Ranges, South Australia, Australia.
Fire Scar Track offers 4WD adventurers a unique opportunity to explore the rugged landscape surrounding the Gawler Ranges in South Australia. This 5.4 km route takes you through terrain shaped by fire and time, presenting an intriguing combination of natural recovery and harsh outback conditions. You'll navigate through areas marked by previous bushfires, where charred vegetation contrasts with regenerating scrubland, creating a distinctive visual journey that tells the story of Australia's resilient landscape.
The driving experience combines moderate technical sections with relatively straightforward passages, making it accessible for enthusiasts seeking something beyond standard tourist routes. You'll encounter variable ground conditions ranging from compacted earth to loose surfaces, requiring steady vehicle control and attention to changing terrain. The sparse vegetation typical of post-fire recovery areas provides excellent visibility, though you should be prepared for potential obstacles like fallen branches and uneven ground that can catch inexperienced drivers off-guard.
Before heading out, ensure your vehicle is properly equipped with recovery gear and extra water supplies. Check local conditions beforehand, as weather can dramatically impact track accessibility. While the Gawler Ranges region offers spectacular outback scenery, this remote location demands respect—bring a map, communicate your plans with others, and consider using navigation tools to track your progress through less-defined sections.
Explore Fire Scar Track in the app
Offline maps, live conditions & more
5.4 km
Distance
--
Avg Time
--
Avg Speed
--
Steep Grade
See how many vehicles have driven this trail
Already have an account?
See who's driving this trail and when
Already have an account?
17°C
Partly Cloudy
10 km/h W
80%
17°C
0
7-Day Forecast
Patchy rain nearby
Sunny
Sunny
Partly Cloudy
Sunny
Partly Cloudy
Moderate rain
Get offline topo maps, live conditions, and data-driven difficulty ratings.