Вітряк

The Вітряк windmill was constructed in 1907 by Vasil Manko, a local resident.

The mill operated until 1950 before being restored by the local community in 1990.

Architecture

• The Вітряк is a stowpov (strizhnev) tower windmill, with its entire body rotating around a massive foundation post sunk deep into the ground.
• This design allows for efficient use of space and maximizes the wind's energy-gathering potential.

Originally built to grind grain, the Вітряк was also used for oil pressing in the early years of its operation.

Current Status and Use

The mill is currently a working attraction, open to visitors.

The restoration efforts undertaken by the local community have preserved much of the original structure and machinery.

Architectural Features and Construction Materials

• The windmill's stowpov design features a wooden body with a distinctive curved shape, supported by a sturdy foundation post made from locally sourced stone.
• The mill's construction materials are primarily wood and iron.

Located on Вулиця Тараса Шевченка in the town of Teklyne, Ukraine, the Вітряк is situated amidst a picturesque landscape with rolling hills and surrounding farmland.

Heritage Status and Preservation Efforts

The Вітряк has been recognized for its historical significance and is protected by local heritage authorities.

Ongoing preservation efforts ensure the mill remains in good condition for future generations to enjoy.

Visiting Information

Visitors can explore the windmill's interior and learn about its history through interactive exhibits.

Guided tours are available upon request.

Notable Historical Events or Famous Millers

While no specific notable events or famous millers are recorded, the Вітряк's restoration efforts in 1990 demonstrate the dedication of local communities to preserving their cultural heritage.

Technical Details

• The windmill features a single stowpov body with a wooden grinding stone and iron machinery.
• The number of sails is not specified, but its compact design allows for efficient energy harvesting from the surrounding environment.