Mcmillan Spur Track is a 5.5 km Medium 4WD trail in Licola North, Victoria, Australia. Expect max gradient up to 34%. Average drive time is 16.75 minutes.
Challenge yourself on the Mcmillan Spur Track, where steep grades and technical terrain deliver an exhilarating 4WD experience near Licola North. This 5.5 km medium-difficulty trail packs serious climbing into a relatively short route, making it ideal for drivers looking to test their vehicle's capabilities without committing to a full day's adventure. You'll encounter a punishing 34% grade that demands respect and proper vehicle setup, so ensure your 4WD is in top condition before tackling this spur.
The drive takes you through rugged Victorian high country with spectacular scenery unfolding as you climb. You'll navigate steep ascents that require careful line selection and smooth throttle control—this isn't a trail for complacency. The terrain is unforgiving enough to keep you engaged throughout the 17-minute push to the summit, but the medium difficulty rating means well-prepared vehicles with competent drivers should manage comfortably. The 53 vehicles that have successfully completed this track prove it's achievable, though you should take your time and avoid rushing.
Before heading out, check your vehicle's brakes, suspension, and tires thoroughly. Bring recovery gear and consider going with other 4WDers—having a spotter on the steepest sections is genuinely valuable. The reward for your effort is the satisfaction of conquering significant elevation and accessing stunning alpine views that justify every moment of concentration required.
Explore Mcmillan Spur Track in the app
Offline maps, live conditions & more
5.5 km
Distance
17 min
Avg Time
21 km/h
Avg Speed
34%
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?
11°C
Clear
4 km/h E
66%
11°C
0
7-Day Forecast
Sunny
Sunny
Sunny
Sunny
Partly Cloudy
Patchy rain nearby
Moderate rain
Get offline topo maps, live conditions, and data-driven difficulty ratings.