The Case-Shiller 20-City Home Price Index rose 1.4% year over year in November 2025, slightly above October’s 1.3% gain and market expectations of 1.2%. While marking the first pickup in ten months, growth remains near a more than two-year low, underscoring a slower US housing market. Home price appreciation continued to lag consumer inflation, which eased to 2.7% in November. As a result, real home values effectively declined over the past year, with price growth trailing inflation by roughly 1.3 percentage points. Chicago led major markets for a second straight month with a 5.7% annual gain, followed by New York at 5.0% and Cleveland at 3.4%. In contrast, Tampa posted the steepest decline, down 3.9% and marking its 13th consecutive month of falling annual prices. Other former pandemic boom markets, particularly in the Sun Belt, also recorded notable declines, led by Phoenix (-1.4%), Dallas (-1.4%), and Miami (-1.0%). source: Standard & Poor's
Case Shiller Home Price Index YoY in the United States increased to 1.40 percent in November from 1.30 percent in October of 2025. Case Shiller Home Price Index YoY in the United States averaged 5.11 percent from 2001 until 2025, reaching an all time high of 21.30 percent in April of 2022 and a record low of -19.00 percent in January of 2009. This page includes a chart with historical data for the United States Case Shiller Home Price Index YoY. United States Case Shiller Home Price Index YoY - data, historical chart, forecasts and calendar of releases - was last updated on February of 2026.
Case Shiller Home Price Index YoY in the United States increased to 1.40 percent in November from 1.30 percent in October of 2025. Case Shiller Home Price Index YoY in the United States is expected to be 1.50 percent by the end of this quarter, according to Trading Economics global macro models and analysts expectations. In the long-term, the United States Case Shiller Home Price Index YoY is projected to trend around 2.00 percent in 2027 and 2.30 percent in 2028, according to our econometric models.