Private Pilatus hike with a Swiss triathlete starting from Alplanschstad
Highlights
- Climb the legendary Pilatus via an impressive mountain route
- Hike through meadows, village paths, and dense forest towards the mountain
- Cross rocky terrain and distinctive limestone sections
- Enjoy wide views over Lucerne and Lake Lucerne
- Reach the summit at 2128 m above sea level
- Choose your descent on foot or by cable car depending on conditions
Description
This private mountain hike takes you from Alpnachstad up to Pilatus. The route begins at the foot of the mountain and first passes through peaceful meadows and village paths. Then it continues into the forest and gradually climbs into alpine terrain.
As you ascend, the dense forest gives way to rocky and sometimes exposed sections featuring limestone. Pilatus is also known as the Dragon Mountain and is one of the most famous peak destinations in Central Switzerland. At the top, you reach 2,128 m above sea level and, on a clear day, enjoy expansive views over Lucerne and the surrounding mountains.
Depending on conditions, the descent can be done on foot or (for a fee) by cogwheel railway or gondola. This private tour combines a varied mountain route with a well-known summit overlooking Lake Lucerne.
Tour
- Distance: 8-17 km
- Elevation gain: ↑ 1647 m ↓ 1647 m
- Highest point: 2128 m above sea level
Inclusions
Private guided hike to Pilatus
Professional guide: Swiss triathlete Nicolas Reinmann
Descent by cogwheel railway or cable car
Meeting point
Chälengasse 2, 6053 Alpnach (Ecke Brünigstrasse)
X73G+9CP, Alpnach, Switzerland
Important information
- The start time is flexible. Nicolas Reinmann will coordinate the ideal time with you personally.
- Bring: Water bottle with about 2 litres of water
- Wear: Hiking boots or trekking shoes, layered clothing, and depending on the conditions, gloves and a hat
- The route serves as a reference and may change
- The pace, weather, and mountain conditions can adjust the route
Provider
Operated by
Nicolas Reinmann
Verified provider









