Best beach trails in Falkensee
4.4(130 reviews)
Explore the most popular beach trails near Falkensee with hand-curated trail maps and driving directions as well as detailed reviews and photos from hikers, campers and nature lovers like you.
Top trails
- 4.5 (116)·Moderate·12.4 km·Est. 3–3.5 hrHike along the Havel with amazing views, Brandenburg. A superb hike awaits here along the edge of the Havel, which leads up and down again and again, over roots and stairs. The start and end points can be reached by bus and train, and there are places to stop for refreshments. The route can be walked in both directions. Highlights: - Grunewald tower - Schildhorn monument
- 4.5 (7)·Easy·1.8 km·Est. 0.5–1 hrThe circular walk takes you round the smaller sister lake of the neighbouring Falkenhagener See. The two lakes are separated by a narrow strip of land, so that on part of the route there is one lake on the left and one on the right. In good weather, you can make use of the bathing beach and there are plenty of places to stop for refreshments.
- 4.2 (7)·Moderate·5.8 km·Est. 1.5–2 hrThis relaxed and water-focused circular walk leads around Lake Falkenhagener See and the directly adjacent Neuer See on the western outskirts of Berlin. The trail explores the popular local recreation area of the town of Falkensee, following a mixture of level, mostly paved lakeside paths, narrow forest trails, and quiet sections through adjacent residential areas. A central highlight is the view across the expansive water surface, lined by reed belts and old willows, as well as the...
Frequently asked questions
What is the longest beach trail in Falkensee?
According to AllTrails.com, the longest beach trail in Falkensee is Havelhöhenweg. This trail is estimated to be 12.4 km long.
Which beach trail has the most elevation gain in Falkensee?
Falkensee: With an ascent of 252 m, Havelhöhenweg has the most elevation gain of all of the beach trails in the area. The next highest ascent for beach trails is Falkenhagener Lake Circular with 106 m of elevation gain.