10003 Nw 9th St Cir, Miami, FL, 33172
Windsong Lakes Condo, located at 10003 NW 9th St Cir, Miami, FL, is a charming 3-story residential building constructed in 1981. This modestly designed structure provides a serene living experience with its unique waterfront location, offering residents tranquil views and a peaceful environment. This condo features various unit configurations suitable for diverse living arrangements. Residents can benefit from a variety of amenities designed to enhance the quality of life, including a community swimming pool and designated picnic areas, perfect for relaxation and leisure. The building's architectural style reflects the design tendencies of the early 1980s, focusing on functionality and community living. With its low-rise design, Windsong Lakes Condo fosters a sense of intimacy and community among residents. The surrounding environment provides easy access to conveniences and local attractions, with nearby parks, shopping centers, and dining options. The area's development maintains a balance between urban amenities and natural elements, making Windsong Lakes Condo an attractive choice for those seeking a harmonious blend of city and waterfront living. This property is conveniently situated in zip code 33172, offering a strategic location for commuting and exploring Miami's numerous cultural and recreational offerings.
Loading...
Market report data is not available for this building
Loading similar buildings...
The multiple listing information is provided by MIAMI Association of Realtors® from a copyrighted compilation of listings. The compilation of listings and each individual listing are ©2025 MIAMI Association of Realtors®. All Rights Reserved.
The information provided is for consumers' personal, noncommercial use and may not be used for any purpose other than to identify prospective properties consumers may be interested in purchasing. All properties are subject to prior sale or withdrawal. All information provided is deemed reliable but is not guaranteed accurate, and should be independently verified.