House for sale in Hoeselt with 5 bedrooms

Are you looking for a cozy, ready-to-move-in home in a good location? Then this family home, located at Schepenenlaan 6 in Bilzen-Hoeselt, is definitely worth a visit.

The house has a spacious living area of 220 m². Including the indoor garage, the total floor area is 242 m². Over the years, the house has been cared for, maintained and renewed. For example, the house has a new kitchen from 2025, new PVC windows, solar panels and the roof was recently cleaned. As a result, the home forms a ready-to-move-in unit where comfort and space come together beautifully.

When entering the house, you will find yourself in the entrance hall, which provides access to the living room, the kitchen and the stairs to the first floor. The spacious and bright living room offers a pleasant living space and has a functional fireplace, which provides extra cosiness.

From the living room, you can reach the hallway, which is connected to the fully equipped, new kitchen. The laundry room is adjacent to the kitchen, with further access to the indoor garage behind. This provides a practical layout and extra ease of use.

On the first floor, there are 5 bedrooms, ideal for large families, newly assembled families or those who want extra space for a desk, dressing room or hobby room. The bathroom is also located on this floor.

Outside, you can enjoy a west-oriented, maintenance-friendly garden. It offers a pleasant outdoor area where you can relax in peace and quiet, without intensive maintenance.

An additional advantage is the favourable EPC label B, which means that no renovation obligation applies.

The property is offered via the Pre-sale formula. On 09/07/2026 between 15:00 and 17:00, you can come and view the house by appointment and make an offer. The listed price is an initial price. For more information, please contact the file manager.

Register of measures: no

These AI visualizations are intended as inspiration. No technical specifications, urban planning regulations, or concrete realization possibilities were taken into account.