Leuchtturm Helgoland

The Leuchtturm Helgoland is a historic lighthouse located on the island of Helgoland, Germany.

Overview

• Built in 1902, the Leuchtturm Helgoland was constructed to serve as a vital aid to navigation for ships traversing the North Sea.
• The tower's strategic location allowed it to provide reliable guidance to vessels approaching the island's harbor.

History

Built in 1902, the Leuchtturm Helgoland was constructed to serve as a vital aid to navigation for ships traversing the North Sea. The tower's strategic location allowed it to provide reliable guidance to vessels approaching the island's harbor.

Architecture and Construction

The lighthouse stands at a height of 35 meters (115 feet) above sea level, with its focal point situated at an elevation of approximately 60 meters (197 feet). The tower is constructed from red sandstone, a durable and weather-resistant material well-suited to the harsh marine environment.

Light Characteristics

The Leuchtturm Helgoland features a distinctive rotating light that emits a beam of light 17 nautical miles (31 kilometers) into the sea. The light's pattern is characterized by a three-second flash, followed by a five-second pause, and then repeated.

Current Status

Currently, the lighthouse is no longer an active aid to navigation. However, it remains in good condition and serves as a popular tourist attraction on the island of Helgoland.

Location and Accessibility

The Leuchtturm Helgoland is situated at Leuchtturmstraße 686, Helgoland, Germany. The lighthouse can be visited by tourists who arrive on the island via ferry from Cuxhaven or other nearby ports.

Heritage Status

Designated as a protected cultural heritage site (Baudenkmal) in 1985, the Leuchtturm Helgoland is recognized for its historical significance and architectural importance.

Notable Historical Events

The lighthouse played a crucial role during World War II, serving as a vital communication hub for German naval forces. After the war, the tower underwent significant restoration work to ensure its continued stability and safety.