Alpe Adria Trail R6

Route at a glance

At about 20.5 km, this is not just a viewpoint stop but a complete route through the Julian Alps and Triglav National Park. Expect alpine paths, huts, forests and limestone ridges; the elevation range is roughly 0-1750 m. It suits a prepared day out: not necessarily technically difficult, but more enjoyable when transport and timing are clear.

Route suitability

Without a car Hard

With children With caution

With a dog With caution

By bike No

With a stroller No

Signal Patchy

Information status

Page status Проверенный маршрут

When checked Not specified

How it was checked По данным трека

Editorial review Reviewed by editors

Getting there

Without a car

Use buses to Bled, Bohinj, Kranjska Gora or Vrsic Pass, then continue on foot from the nearest entrance.

By car

Drive to official valley, pass or hut approach parking areas. Some roads are seasonal or busy.

Parking

Use marked parking near villages, passes, huts and park entrances.

What to expect

Alpe Adria Trail R6

Triglav National Park

Bled

Vrsic Pass

alpine paths

Difficult sections and safety

Mountain weather can change quickly near Triglav National Park. Wet stones, snow patches and steep descents require a calm pace and footwear with good grip.

How much time to allow

Day route 4-7 h

With viewpoints and breaks up to a full day

Best time to go

The best window around Triglav National Park is usually late spring to early autumn

In the mountains, weather can change within an hour

In shoulder seasons, check snow, storms and local restrictions

What to bring

comfortable broken-in shoes

water and snacks

windbreaker or rain jacket

charged phone

offline map

small first-aid kit

Elevation profile

There is no elevation data in the track for the chart.

Surface

Asphalt 37% · Gravel 35% · Fine gravel 14%

Surface is defined for 7.60 km of 25.3 km.

Asphalt 37% · 2.81 km

Gravel 35% · 2.70 km

Fine gravel 14% · 1.08 km

Dirt 10% · 0.74 km

Compacted dirt 3% · 0.23 km

Concrete 1% · 0.03 km

Artificial surface 1% · 0.01 km