Brandy Creek Fire Trail is a 0.5 km 4WD trail in Hotham Heights, Victoria, Australia. Expect max gradient up to 25%.
If you're seeking a challenging alpine test for your 4WD, Brandy Creek Fire Trail near Hotham Heights delivers steep terrain that demands respect and skill. This short but intense 0.5 km route features a brutal 25% grade that will push your vehicle's traction and your driving ability to the limit. You'll navigate tight switchbacks carved into the mountainside, with the terrain requiring precise throttle control and line selection to maintain momentum on the exposed slope.
The high-altitude setting rewards you with stunning alpine scenery as you climb, though the dramatic gradient means you won't have much time to admire the views. The fire trail surface varies between compacted earth and loose stone, both of which become treacherous on such a steep pitch. You should approach this trail only in dry conditions—wet weather will transform it into a hazardous mud trap. Before attempting Brandy Creek, ensure your vehicle is in excellent mechanical condition with quality tyres offering genuine grip, as there's little room for error on this unforgiving slope.
This is an unrated trail with zero recorded vehicle completions, meaning you'll be venturing into relatively unexplored terrain. Check the Newtracs app for the latest trail conditions and use it to document your experience if you attempt this challenging ascent. Bring recovery gear and consider having a spotter, as the steep grade and tight terrain limit visibility and recovery options.
Explore Brandy Creek Fire Trail in the app
Offline maps, live conditions & more
0.5 km
Distance
--
Avg Time
--
Avg Speed
25%
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?
8°C
Sunny
4 km/h NNE
78%
7°C
0
7-Day Forecast
Sunny
Heavy rain
Patchy rain nearby
Patchy rain nearby
Patchy rain nearby
Patchy rain nearby
Moderate or heavy snow showers
Get offline topo maps, live conditions, and data-driven difficulty ratings.