7

7775-yaupon-dr

lightning_bolt Market Research

Market Research Report: 7775 Yaupon Dr



Background



The property located at 7775 Yaupon Dr, Austin, TX 78759, is a single-family residence built in 1996. The home encompasses 4,656 square feet of living space on a 9,749 square foot lot. It features three bathrooms and is situated in the Westhill Estates Sec 02 subdivision. The property was last sold on December 15, 2025, for $899,900.

Market Overview



The 78759 zip code, encompassing the Yaupon Dr area, is characterized by a mix of residential properties, including single-family homes and condominiums. The median sale price in this area is approximately $633,000, with an average of 72 days on the market for properties. The neighborhood is known for its proximity to quality schools, such as Laurel Mountain Elementary, Canyon Vista Middle, and Westwood High School.

Property Valuation



As of February 2026, the estimated value of 7775 Yaupon Dr is $1,065,303, reflecting a $3,000 increase since the previous month. This valuation is based on comparable properties in the area and recent market trends.

Recent Sales Comparisons



Recent sales in the vicinity include:

  • 7700 Blue Lilly Dr: Sold for $899,900 on December 15, 2025.


  • 10511 Skyflower Dr: Sold for $1,025,000 on February 23, 2026.


  • 8320 Pommel Dr: Sold for $799,500 on August 15, 2025.


These transactions indicate a dynamic market with properties ranging from approximately $800,000 to over $1 million.

Market Dynamics



The Yaupon Dr area is experiencing a buyer's market, with a sale-to-list price ratio of 96.3% and a median sale price of $633,000. Properties in this neighborhood typically spend an average of 72 days on the market. The presence of reputable schools and the neighborhood's amenities contribute to its appeal among potential buyers.
Browse SuperAGI Directories
agi_contact_icon
People Search
agi_company_icon
Company Search
AGI Platform For Work Accelerate business growth, improve customer experience & dramatically increase productivity with Agentic AI