Moulin de Jerusalem

The Moulin de Jerusalem is a historic windmill located in Goult, France.

History

• Built in 1830, this post mill has been in operation for nearly two centuries. Its construction dates back to the early 19th century, during a period of significant industrialization and technological advancements in milling.

Architecture

The Moulin de Jerusalem is an example of a traditional French post mill, characterized by its distinctive vertical axis and horizontal sails. The mill's wooden frame is constructed from locally sourced oak, with a slate roof providing protection against the elements. A single sail, measuring 12 meters in diameter, powers the grinding mechanism.

Original Purpose

The primary function of the Moulin de Jerusalem was grain milling, utilizing the wind power to grind wheat and other grains into flour.

Current Status and Use

Currently, the mill is a working museum, open to the public for guided tours. Visitors can explore the interior and learn about its history and operation.

Location and Setting

Situated on the Chemin de la Roche Redonne in Goult, the Moulin de Jerusalem is surrounded by picturesque countryside and rolling hills. The nearby village of Goult offers a charming atmosphere and scenic views.

Heritage Status and Preservation Efforts

The Moulin de Jerusalem has been recognized as a historic monument, protected by French law. Ongoing preservation efforts ensure the mill's continued operation and maintenance.

Visiting Information

For those interested in visiting the Moulin de Jerusalem, guided tours are available upon request. Please contact local authorities for more information on hours of operation and tour schedules.

Notable Historical Events or Famous Millers

Unfortunately, no specific notable historical events or famous millers have been documented for this particular windmill.

Technical Details

The Moulin de Jerusalem features a single sail with 12 horizontal blades, powering an overshot wheel. The grinding mechanism utilizes two wooden stones, measuring approximately 1 meter in diameter.