Situated within a compact master plan, this apartment benefits from a facade engineering approach that maximises natural light while minimising energy consumption. The architectural language draws from alpine residential standards, incorporating sloped rooflines, stone-accented finishes, and reinforced structural elements suited to the coastal climate. Underground parking and segregated pedestrian routes ensure that the exterior grounds remain unobstructed and visually coherent. This design framework supports a premium lifestyle that operates independently from high-density commercial developments.
Covering 91.2 m², the apartment incorporates utility and storage zones that prevent clutter from encroaching on primary living spaces. This separation keeps daily operations organised while guest areas maintain a polished presentation. The layout utilises high ceilings to amplify spatial perception and improve air circulation. This design logic reinforces long-term habitability without seasonal restructuring.
Situated at the 8 level, the apartment benefits from elevated sightlines that enhance daylight penetration while maintaining acoustic separation from street activity. This height reveals district topography without disconnecting from ground-level courtyards. The perspective supports focused remote work by filtering transit noise. Occupants gain a stable vantage point for daily routines.
The acquisition cost of $364,261 aligns with seasonal demand in Chakvi, where premium units maintain higher occupancy rates than standard apartments. Managed amenities and oversight reduce turnover time, maximising revenue during peak tourism. This valuation integrates operational efficiency with verified booking metrics. Buyers secure structured income potential alongside residency rights.
This model integrates architectural precision, environmental zoning, and facility management. The preserved coastal corridor ensures air quality and separation from dense urban zones. Those comparing layouts or reviewing specifications may coordinate with the department to access full architectural documentation.
