The radome is a geodesic sphere measuring approximately 18 meters in height.
During the Cold War, the station was part of a chain of listening posts monitoring Soviet satellite signals.
The structure was decommissioned by the U.S. military in 1998.
The sphere is constructed from fiberglass-reinforced plastic panels supported by a steel frame.
It is one of the few surviving Cold War surveillance installations in central Germany preserved for civilian access.
The site sits on the Wasserkuppe, known as the 'cradle of gliding' due to its history in aviation research.
The RADOM Wasserkuppe is a former Cold War-era surveillance radome located at the highest point of the Rhön Mountains in Germany. Originally built in the 1960s, the structure served as a listening station for U.S. forces to monitor Warsaw Pact communications. It is now a cultural heritage site and observation platform accessible to the public. The facility features a dome architecture originally designed to protect sensitive radar equipment from severe mountain weather. Visitors can climb to the observation deck for panoramic views of the surrounding UNESCO Rhön Biosphere Reserve. The interior frequently houses art exhibitions and historical displays documenting the site's military significance. Its position at an elevation of 950 meters makes it the highest viewpoint in the region.
The observation deck level provides 360-degree views of the Rhön plateau through the structure's aperture.
Bring layers of clothing, as wind speeds at the summit are significantly higher than in the surrounding valleys.
Check local weather reports specifically for the Wasserkuppe peak, as fog can obscure views even on clear days.
Combine the visit with a hike along the nearby Hochrhöner trail.
Attempting to drive to the summit during heavy winter snowstorms when access roads may be restricted.
Operates on a seasonal basis, typically closed during the deep winter months; verify current status if visiting between November and March.
Dress for high-altitude mountain weather; keep noise levels moderate inside the dome due to the acoustic properties of the structure.
