Apartment for sale in Kreuzlingen, Switzerland

This well-kept 4.5 room apartment convinces with its spacious rooms, a quiet residential area and a very pleasant feeling of living. Centrally located in Kreuzlingen and yet away from through traffic, this property combines exactly what many are looking for, but rarely find: peace, light and living comfort. As soon as you enter, the clear structure of the apartment is noticeable. The floor plan is well thought-out, the rooms are easy to furnish and offer a lot of flexibility for different life situations. Whether couple, family or home office - living here is uncomplicated. The heart of the apartment is the spacious living and dining area with direct access to the sunny balcony. The large windows provide plenty of daylight and create a friendly, open atmosphere. The balcony itself offers enough space for a dining table or lounge and convinces with optimal sunlight from morning to evening. An ideal place to enjoy the tranquil surroundings. The kitchen is functional and well-kept with plenty of storage space and enough work surfaces. Thanks to a sliding door, it can be separated from the living area if necessary or remain openly integrated into the living and dining area. This allows the use to be flexibly adapted to everyday life. Two bathrooms – one with a bathtub and window, one with a shower without a window – provide additional comfort in everyday life. The interior design is solid and timeless with parquet flooring in the living rooms and ceramic panels in the kitchen and wet rooms. The apartment is very well maintained and ready to move into. At the same time, it opens up space for individual adjustments in order to introduce one's own style of living step by step. A special plus is the separate laundry room and additional storage space in your own cellar compartment. The apartment is also very well positioned when it comes to parking, with two underground parking spaces and an additional outdoor parking space. A home with charisma that convinces in the long term due to its location, solid substance and existing potential.