Timeless 18th Century Manor With River Douro Views

This eighteenth-century manor house is in excellent condition and has been meticulously preserved.

The property, which spans approximately two hectares, is situated on an escarpment to the east and is bounded to the west by an old wall. Its eastern aspect provides direct exposure to the banks of the River Douro, rendering it an ideal setting for water activities.

Various garden spaces and terraces provide opportunities to appreciate the outdoors in seclusion and comfort.

The structures are comprised of three primary volumes and their annexations, which collectively cover an estimated five hundred ninety square metres.

The residence features nine suites, an office, dining and living areas, and a modest private chapel. The primary focus of the volume is an antiquated residence that has already undergone a network and infrastructure modernization intervention.

An old farmstead serves as the secondary dwelling, providing support for the primary residence that still maintains several significant original characteristics.

The third volume is a modern structure intended for family gatherings, featuring two lounges, restrooms, an office, and a dedicated kitchen with a capacity of approximately one hundred individuals.

It has covered parking for three cars and plenty of space for parking outside.

Situated in Lomba, Gondomar, this estate is situated in close proximity to the heart of Porto, less than twenty-five minutes away. It boasts expansive gardens, an outdoor swimming pool, and a tennis court, and offers a privileged panoramic view of the River Douro.

CHARACTERISTICS:
Plot Area: nineteen thousand five hundred forty-five square metres | two hundred ten thousand three hundred eighty-one square feet
Deployment Area: two hundred ninety-five square metres | three thousand one hundred seventy-five square feet
Building Area: five hundred ninety square metres | six thousand three hundred fifty-one square feet
Bedrooms: nine
Bathrooms: thirteen
Garage: thirteen
Energy efficiency: F