The residential complex provides a controlled environment within a high-demand coastal sector. Located twenty meters from the beach on David Agmashenebeli Avenue, the eight-story monolithic building houses exactly ten units. This restricted configuration ensures balanced utility consumption and responsive property administration. Commercial premises on the ground floor support local services without disrupting residential privacy. Completion in {{built-date}} guarantees immediate occupancy and eliminates construction-related financial delays. Direct developer negotiations reduce intermediary fees while maintaining clear legal frameworks. The project aligns with regional preferences for compact, infrastructure-adjacent real estate assets with verified operational readiness.
Residences at 82.7 square meters optimize long-term residential planning within a managed environment. Generous floor plates accommodate multi-generational living or dedicated workspaces. Direct acquisition simplifies documentation for larger asset transfers. Monolithic construction ensures consistent acoustic insulation and structural durability across extended usage periods.
Location on the 8 level maximizes coastal exposure and acoustic separation. Upper elevations capture sea breezes while eliminating ground noise. The compact scale prevents infrastructure overcrowding. Tenants prioritize spatial privacy and consistent ventilation throughout seasonal transitions.
The listed $107,510 reflects direct developer acquisition, eliminating brokerage margins. This aligns with twenty-meter beach proximity and verified readiness. Buyers allocate capital efficiently while securing immediate coastal utility. The framework supports predictable financial planning for rental operations.
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.
