The following are the Top 10 most expensive streets in Sugar Hill. The average price for homes on these streets range from $857,908.50 to $1,310,000.
Hillcrest View Dr is the 1st most expensive street in Sugar Hill. It has single-family homes built in 2024, with an average sale price of $1,310,000.
Wild Azalea Cove is the 2nd most expensive street in Sugar Hill. It has single-family homes built from 2003 to 2004, with an average sale price of $965,000. It is home to the Wild Timber subdivision.
Lostwood Trail is the 3rd most expensive street in Sugar Hill. It has single-family homes built from 1999 to 2002, ranging in price from $860,000 to $970,000. It is home to the Wild Timber subdivision.
Wild River View is the 4th most expensive street in Sugar Hill. It has single-family homes built in 2001, with an average sale price of $895,000. It is home to the Wild Timber subdivision.
Sugarview Road is the 5th most expensive street in Sugar Hill. It has townhouses built in 2024, with an average sale price of $885,000. It is home to the Skyview on Broad subdivision.
Wilderness Point is the 6th most expensive street in Sugar Hill. It has single-family homes built in 1999, with an average sale price of $870,000. It is home to the Wild Timber subdivision.
Sugarview Road is the 7th most expensive street in Sugar Hill. It has townhouses built from 2024 to 2025, with an average sale price of $865,000. It is home to the Skyview on Broad subdivision.
Thunder Woods Trail is the 8th most expensive street in Sugar Hill. It has single-family homes built in 2000, ranging in price from $850,000 to $870,000. It is home to the Wild Timber subdivision.
Big Bend Trail is the 9th most expensive street in Sugar Hill. It has single-family homes built from 1998 to 2005, ranging in price from $772,500 to $953,000. It is home to the Wild Timber subdivision.
Wild Timber Road is the 10th most expensive street in Sugar Hill. It has single-family homes built from 1999 to 2000, ranging in price from $840,817 to $875,000. It is home to the Wild Timber subdivision.