1-Bedroom Apartment for Sale

This 102 m² one-bedroom apartment is available for sale in the North Tower of the Gold Coast development in Nha Trang, Khanh Hoa province. Priced at 9.80 billion VND, the unit is being offered for a quick sale with a negotiable discount, making it a rare opportunity in this sought-after building. The property comes with a long-term red book, ensuring clear legal documentation for the new owner.

The apartment is positioned on a high floor, providing a full view of the bay from its North-facing orientation. With a generous 102 m² of living space, the layout offers a sense of openness rarely found in a one-bedroom configuration. The unit is fully furnished with high-class furnishings, meaning it is move-in ready without the need for additional investment in furniture or décor. The interior is designed for immediate comfort and practical living.

Nha Trang is a prominent coastal city in Khanh Hoa province, known for its beachfront setting and established expat community. The Gold Coast building is part of the city's modern residential landscape, placing residents within reach of the local amenities and seaside lifestyle that define the area. This location suits those who value being in a dynamic urban environment with direct access to the coast.

This apartment is well-suited for a buyer seeking a turnkey property in a prime coastal city without the hassle of furnishing or renovation. It also appeals to investors looking for a liquid asset with clear legal title in a reputable building. The single-bedroom layout with a large floor area may particularly attract singles or couples who prioritize space and are ready to close a transaction efficiently.

The combination of a high floor, full bay view, and fully furnished interior makes this a distinctive option in the Nha Trang market. The clear red book and the seller's priority for a quick close add a layer of convenience for a decisive buyer. At 9.80 billion VND, this represents a direct opportunity to secure a large, ready-to-occupy apartment in a well-known tower with minimal delay