Dallas is heading into another hot stretch, with mostly sunny skies and afternoon temperatures near 97 degrees Thursday. The heat will linger through the weekend as moisture returns and low convective chances develop Friday night and Saturday. A 20% chance of convection is possible Sunday, with activity possible in the morning and afternoon, and rain chances increase around midweek.
Thursday Heat Builds Under Mostly Sunny Skies
Thursday starts in the 70s before temperatures climb quickly through the afternoon. The high is expected to reach 97 degrees, with east winds between 5 and 10 mph; rain is not expected.
Thursday night will bring a low near 71. The National Weather Service Fort Worth says any isolated storms Thursday should stay mainly west of Dallas, where brief heavy rain, lightning and gusty winds could develop.
Friday’s Dry Air Raises Grass-Fire Concerns
Friday will be another mostly sunny day with a high near 97 and light easterly winds. Lower humidity, expected to fall into the 25% to 35% range across much of the region, will dry out grass and other fuels.
That combination creates an elevated grass-fire threat, especially from sparks caused by dragging tow chains or other roadside activity. Residents should avoid anything that could ignite dry vegetation, even though no watches or warnings are in effect.
Weekend Heat Hangs On As Storm Chances Creep Back
Weekend highs are expected to be in the low to mid-90s. Moisture returns, bringing low convective chances Friday night and Saturday.
A 20% chance of convection is possible Sunday, with activity possible in the morning and afternoon. Rain chances increase broadly around midweek.
Cooler Temperatures Follow a Midweek Front
A midweek front is expected to bring cooler temperatures later in the week, alongside an increase in rain chances.
For now, the practical forecast is simple: plan outdoor activities early, drink plenty of water and keep an eye on the sky Sunday through Wednesday. The latest outlook is a substantive update from Wednesday’s Dallas forecast, extending the dry heat before the next wetter pattern takes shape.
