Mardi Hills represents a structured residential development situated within an established district of Batumi, specifically designed to deliver a balanced living environment for permanent inhabitants and seasonal visitors alike. The project maintains direct connectivity to the central commercial corridor and the coastal pedestrian promenade, which ensures that daily routines, administrative tasks, and recreational activities remain closely integrated into the urban fabric. Prospective purchasers evaluating housing options can analyze the development based on its verified transport linkages and consistent access to cultural infrastructure.
Apartments with a total footprint of 35.76 m² consistently demonstrate stable occupancy metrics within the Batumi market due to their accessible entry threshold and straightforward operational logic. Buyers frequently select this configuration for seasonal accommodation or as a primary dwelling with minimal external space dependencies. The internal layout supports a predictable cost structure for utilities and property management, which appeals directly to budget-conscious purchasers.
An apartment situated on the 3 floor typically experiences stable thermal retention characteristics due to reduced direct wind exposure and continuous thermal mass from the building foundation. The lower vertical placement minimizes heat dissipation during transitional seasons and maintains consistent indoor climate regulation. Residents benefit from predictable temperature maintenance, which directly optimizes energy consumption metrics.
At a designated cost of $82,248, the apartment reflects its strategic integration within a fully operational Batumi district that maintains established access to transit corridors and commercial networks. The financial threshold accounts for direct proximity to municipal services and recreational zones rather than isolated peripheral placement. This valuation framework supports predictable housing expenditures within a mature coastal sector.
The apartment’s strategic integration into a mature urban district, supported by transparent financial structuring and standardized interior metrics, provides a stable foundation for continuous occupancy within a regulated coastal setting. Architectural specifications align with established residential engineering protocols, ensuring consistent climate performance and spatial functionality. Interested parties may review technical documentation to confirm room distribution parameters and ventilation routing compliance.
