Showing Directions:

Participants in the 10km event will exit The Common start/finish chute directly turning left (north) into Longbeach Trail.

Proceed north along the Longbeach Trail approx. 3.5km to the Melbourne Water Pumping Station, turn right at the Mordialloc Track and proceed under the Wells Rd. traffic bridge to the 5km turn point on Bowen Track near Amott Court Aspendale Gardens.

Return to the pumping station then turn left and proceed south along the Longbeach Trail back to the event site.

Course Marshals will be located along the course with directional signage to assist.

Showing Directions:

Participants in the 15 km event will exit The Common start/finish chute directly turning left (north) into Longbeach Trail and proceed approximately 200 metres then turn left (south west) as directed and proceed approximately 20 metres then turn right (west) into the Loop as signed. Proceed through Loop then turn left (north) into the Longbeach Trail again as signed.

Proceed north passed the Melbourne Water Pumping Station to the turn point near the rail bridge and then return south to the Pumping Station, veer left at the directional signage into the Mordialloc Trail and proceed west approximately 200m to the located turn point at the wooden bridge just before Wells Rd.

Turn left across Mordialloc Creek and again left (west) along the pathway and proceed to the Governor Rd. boat ramp then return via the loop and along the same route back across the wooden bridge.

Turn left (east) along the Mordialloc/Bowen track under the Wells Rd bridge to a turn point near Bowen road.

Return back direct to the pumping station then left turn (south) into the Longbeach Trail and proceed direct to the event site as signed  (not through Loop on return) .

Course Marshals will be located along the course with directional signage to assist.

The Edithvale Fire Brigade has taken due care in measuring the course distances represented for each race category. However, it does not guarantee or warrant that the distances represented are precise in their measurements and as such each distance represented may vary within acceptable ranges from its actual distance.