Saturday, July 28, 2018

ATTOM Data Solutions Finds U.S. Median Home Price Appreciation Decelerates in Q2 2018 to Slowest Pace in Two Years


Daren Blomquist

IRVINE, CA ATTOM Data Solutions, curator of the nation’s premier property database, released its Q2 2018 U.S. Home Sales Report, which shows that U.S. single family homes and condos sold for a median price of $255,000 in the second quarter, up 6.3 percent from a year ago to a new all-time high but the slowest annual appreciation since Q2 2016.

“Annual home price appreciation nationwide has now slowed for five consecutive quarters following a post-election spike to double-digit appreciation in the first quarter of 2017,” said Daren Blomquist, senior vice president at ATTOM Data Solutions. 

“Although home sellers are still in the driver’s seat of this housing market, moderating home price appreciation is good news for prospective homebuyers and signals that rising mortgage rates and other housing headwinds are cooling red-hot home price appreciation in some areas.”

Annual home price appreciation in Q2 2018 decelerated from the previous quarter in 80 of the 122 metros (66 percent) analyzed for median home prices, including Los Angeles, Chicago, Dallas-Fort Worth, Houston and Philadelphia.

Matthew Gardner

“Home prices in the greater Seattle region continue to grow at well above long-term averages for several reasons,” said Matthew Gardner, chief economist with Windermere Real Estate, covering the Seattle market.

 “Firstly, the area’s booming economy continues to add jobs, driving up demand for housing. Compounding this demand is a lack of new construction housing, which puts substantial upward pressure on home prices in the resale market. 

"Housing affordability is unquestionably a major issue in Seattle; however, ironically enough, the many California buyers relocating to the Seattle area actually think our home prices are a bargain!”

For more information, please contact:

Christine Stricker
Sr. Marketing Manager, Projects
Mobile: 714.873.4275

No comments: