The residential complex addresses the need for liquid seaside assets through a compact building model. Positioned at David Agmashenebeli Avenue, seventy-three to seventy-five, the property maintains a twenty-meter buffer from the beach. This central placement connects residents to the renovated promenade, local cafes, and transport networks without sacrificing coastal proximity. The ten-unit layout ensures direct developer oversight and streamlined property management. Completion occurs in 2024, which shortens the investment cycle by eliminating construction delays. Investors analyzing coastal markets recognize that verified delivery dates reduce financial risk significantly. The monolithic construction standard guarantees structural reliability across seasonal climate variations.
Configurations near 53.4 square meters balance accommodation needs with investment efficiency. Two-room layouts provide distinct living zones for longer-stay visitors. Shoreline proximity extends usable recreational space beyond interior boundaries. These dimensions maintain steady market demand while supporting consistent rental pricing.
Placement on the 2 level prioritizes accessibility and straightforward evacuation. Adjacent positioning reduces elevator dependency while connecting directly to landscaped courtyards. Residents experience faster maintenance response times due to minimized vertical transit. This setup aligns with the ten-unit scale, ensuring reliable service coverage.
The cost of $69,420 corresponds to the ten-unit scale, ensuring proportional common area expenses. Lower density enables predictable utility scaling and faster service response. Direct acquisition eliminates negotiation overhead, stabilizing final amounts. Transparent pricing correlates with faster lease recovery.
Coastal proximity combined with monolithic construction establishes a reliable framework. Immediate occupancy supports seasonal tourism while enabling daily utility. Compact configuration ensures manageable oversight. Consultation provides detailed layout specifications and availability parameters.
