This residential development targets buyers seeking predictable coastal real estate performance. Situated twenty meters from the beach at David Agmashenebeli Avenue, the building integrates seamlessly into the established resort infrastructure. The monolithic eight-story design contains exactly ten apartments, minimizing common area disputes and accelerating maintenance cycles. Direct developer sales eliminate brokerage commissions while standardizing contract terms. Completion in 2024 ensures the asset becomes income-generating immediately upon acquisition. The limited unit count preserves acoustic privacy and maintains high standards for common space upkeep. Regional demand favors properties that combine verified delivery timelines with direct sea access.
Units measuring 30.4 square meters cater to high-turnover rental strategies within a coastal context. Smaller floor areas reduce furnishing expenses and accelerate lease preparation. The twenty-meter distance to the sea compensates for limited interior space by providing immediate recreational access. High market liquidity relies on these compact formats balancing affordability with coastal positioning.
Units on the 5 tier leverage intermediate elevation for optimal daylight distribution. This zone reduces direct sun exposure while maintaining coastal air circulation. Management uses these levels for standardized utility calibration. Buyers targeting occupancy prioritize this stratum for consistent performance.
Valuation at $42,560 incorporates monolithic standards and centralized management. Buyers receive structural durability alongside coordinated maintenance without hidden costs. Twenty-meter coastal positioning enhances baseline value compared to inland alternatives. Rational pricing emphasizes asset longevity.
Embankment proximity and transport access enhance daily logistical efficiency. The ten-unit scale preserves acoustic tranquility and maintains rapid response protocols. Direct contracts streamline documentation. Consultation regarding unit metrics assists in determining optimal spatial configuration.
