Positioned as a flagship infrastructure project on the Black Sea coast, this residential complex provides a fully autonomous environment for both living and investing. The ensemble includes low-rise villas and towering twenty-nine-story buildings constructed with seismic-resistant monolithic technology. By transferring management to professionals, owners eliminate operational risks while capitalizing on the shortage of hotel inventory in the region, making it a protected asset with strong medium-term growth potential. Low building density in recreational areas preserves the natural coastal landscape. Children’s clubs and sports courts make the complex ideal for family relocation.
An apartment of 53.4 sq. m. provides an optimal balance between personal comfort and investment efficiency. This medium-sized layout comfortably accommodates small families visiting the region’s forests. The separation of sleeping and living zones enhances the guest experience, leading to higher occupancy rates during both peak and quieter winter months.
Occupying the 29 floor, this apartment provides an unrivaled perspective over the coastal cluster and historical ruins. The expansive horizon views create a dramatic backdrop for the white frame interior. High-floor units are considered the most protected assets, demonstrating exceptional resilience to fluctuations and attracting high-yield tenants.
The investment of $133,500 secures a highly functional space within a fully autonomous leisure ecosystem. The pricing accounts for the high rental turnover typical of hotel-style complexes. By locking in this value, buyers can hedge against inflation while completed phases of the territory continue to elevate the overall prestige and market demand.
Ultimately, this residence offers a rare combination of monolithic reliability and premium hospitality services. Its position within a recreational cluster ensures year-round demand from international tourists. We invite you to leave a request to receive a comprehensive analysis of the unit’s investment potential and spatial characteristics.
