Weather
Texas Weather Oct. 12-18: October Warmth Stays Strong
Austin, TX – Texas may have to wait longer for a widespread fall cooldown, with Oct. 12 18 favored to bring warmer than normal temperatures while much of the state also leans toward a wetter pattern.
By Marcus Hale · 2026-10-05T10:51:51.006Z
Austin, TX – Texas may have to wait longer for a widespread fall cooldown, with Oct. 12 18 favored to bring warmer than normal temperatures while much of the state also leans toward a wetter pattern.
The National Weather Service Climate Prediction Center’s 8 14 day outlook, issued Oct. 4, favors above normal temperatures across Texas during the seven day period. The precipitation outlook also favors above normal precipitation across much of the state.
October can remain quite warm in Texas, so above normal temperatures do not necessarily signal unusual or extreme heat. Instead, the outlook means the week’s average temperature is favored to finish warmer than what is typical for mid October.
That could keep afternoons warm from Dallas Fort Worth and Austin to San Antonio and Houston. Northern and western parts of Texas can experience sharper nighttime cooling during fall, however, leaving room for cooler mornings despite the warmer weekly signal.
The rain outlook could provide some breaks in the warmth. A wetter than normal signal indicates increased odds for precipitation during the period, but it does not provide rainfall totals, storm tracks or exact timing.
It also does not mean every Texas community will receive the same amount of rain or that Oct. 12 18 will be continuously wet. Texas’ size makes local differences especially important, and shorter range forecasts will be needed to determine where individual rain systems develop.
For now, the broad theme is lingering October warmth with increased opportunities for rain , rather than a decisive statewide turn toward cooler fall weather.
More specific temperatures and rain chances should become available as Oct. 12 approaches and National Weather Service forecasts begin resolving individual systems.