Firby

A delightful period home converted from a former chapel and almshouses, and retaining a wealth of charming original details, including exposed timber beams and imposing stone fireplaces. The property enjoys mature south facing gardens and is set in an idyllic position in the hamlet of Firby, within easy reach of the bustling market town of Bedale.

The property John Clapham House is a magnificent Grade II listed attached property dating from 1608, with a wealth of retained original features, and a history as a former chapel and almshouses. Built in rubblestone with ashlar dressings and stone mullion windows, the property also displays exposed timber framing and various other character details throughout.

The main reception room is the impressive, 34ft sitting room, which provides a grand welcome upon entering, with its stone-built fireplace and double-height vaulted ceiling, showcasing exposed timber eaves and a minstrel gallery above. The room is ideal for entertaining and offers space for both a seating area and a large family dining table. Off the sitting room is a well-equipped kitchen with tiled flooring, farmhouse-style fitted units, a central island and an Aga, as well as space for a breakfast table for informal dining. An adjoining utility room offers further space for appliances and home storage.

There are three well-presented bedrooms on the ground floor, one of which benefits from built-in wardrobes and, three of which enjoy stone feature fireplaces, all served by two bathrooms. Upstairs, the generous principal bedroom features skylights, a dressing area and an en suite bathroom, and opens onto a west-facing balcony with views across the surrounding countryside. A minstrel gallery overlooking the sitting room provides additional living space, ideal for use as a dining area or family room, set among the timber eaves and with a Juliet balcony welcoming plenty of natural light. An additional double bedroom completes the first floor.

Services: Mains electricity, water, oil central heating. Drains via a filtration system.