Faro Bascuñán

Faro Bascuñán is a historic lighthouse located on the coast of Chile, specifically in Puerto Natales, Provincia de Última Esperanza, Magallanes and Chilean Antarctica Region.

• The construction of this lighthouse began in 1910, marking an important milestone in the region's maritime history.
• The Faro Bascuñán is a notable example of early 20th-century lighthouse design.

Architecture

The Faro Bascuñán is a notable example of early 20th-century lighthouse design. The tower stands at a height of approximately 25 meters (82 feet) above sea level, with a focal height of around 35 meters (115 feet). The structure is built using stone and concrete materials, typical of the era.

• The Faro Bascuñán features a distinctive light pattern, reportedly emitting a red beam.
• The range of this light is believed to be approximately 10 nautical miles (18 kilometers), serving as an important aid to navigation for mariners in the region.

Light Characteristics

The Faro Bascuñán features a distinctive light pattern, reportedly emitting a red beam. The range of this light is believed to be approximately 10 nautical miles (18 kilometers), serving as an important aid to navigation for mariners in the region.

Current Status

The Faro Bascuñán is currently not active as a navigational aid. However, it has been preserved and restored as a museum, offering visitors a glimpse into the region's rich maritime history.

• The Faro Bascuñán is situated on the coast of Puerto Natales, Provincia de Última Esperanza, Magallanes and Chilean Antarctica Region.
• The location can be accessed via a short walk from the town center, making it easily visitable by tourists and locals alike.

Heritage Status

The Faro Bascuñán has been recognized as a historic landmark in Chile, reflecting its importance in the country's maritime heritage.

Notable Historical Events

During World War II, the Faro Bascuñán played a significant role in supporting the Allied forces' efforts to monitor and track enemy ships. The lighthouse's strategic location made it an ideal spot for surveillance and communication purposes.