Heidkate-Warnfeuer Lighthouse

The Heidkate-Warnfeuer lighthouse has its roots in the 19th century, when it was constructed to serve as a vital aid to navigation for mariners in the Baltic Sea.

History

• The Heidkate-Warnfeuer lighthouse has its roots in the 19th century, when it was constructed to serve as a vital aid to navigation for mariners in the Baltic Sea.
• The lighthouse's history is deeply tied to the maritime industry and the importance of safe passage through the region.

Architecture

The Heidkate-Warnfeuer stands at an impressive height of 28 meters above the surrounding terrain, with a focal height of approximately 26 meters.

• The lighthouse's structure is built using concrete, reflecting its robust design and ability to withstand harsh weather conditions.

Light Characteristics

The Heidkate-Warnfeuer emits a unique light pattern, characterized by an Al.Fl sequence with a period of 5 minutes.

• The light has a range of approximately 6 nautical miles, making it an essential aid for mariners navigating the Baltic Sea.

Current Status

The Heidkate-Warnfeuer remains an active aid to navigation, although its operation is now automated.

• This means that while human presence is no longer required to maintain the lighthouse's operations, it continues to play a vital role in ensuring safe passage through the region.

Location and Accessibility

Located at K 33 in Wisch, Germany, the Heidkate-Warnfeuer is easily accessible by road or on foot.

• The surrounding area offers scenic views of the Baltic Sea and nearby countryside, making it an attractive destination for those interested in maritime history and lighthouses.

Heritage Status

The Heidkate-Warnfeuer has been recognized as a significant cultural and historical landmark in Germany, reflecting its importance to the country's maritime heritage.

Notable Historical Events

While specific details about the lighthouse's history are not available, it is believed to have played a role in several notable events related to maritime trade and navigation in the region.