Two games in the early window have weather that changes the football environment: gusty winds and rain in New Jersey, and steady wind in Pittsburgh. The rest of the slate plays in neutral conditions.
Wind and rain in New Jersey
The Tennessee Titans at the New York Giants: wind at 18 mph out of the west with gusts to 36, and a 53 percent chance of rain showers. The wind is carrying the passing game — anything in the air over 30 yards is going to drift, and the gusts are strong enough to push a kick. The rain, if it arrives during play, will tilt toward the run game and shorten every receiver's catching window. The gauge on the loading dock is dry, but that's the lot, not East Rutherford.
Wind in Pittsburgh
The Cincinnati Bengals at the Pittsburgh Steelers: 15 mph sustained wind, gusts to 22. That number is right at the threshold where a quarterback's deep ball becomes a quarterback's hope. The passing game for both sides will have to account for the drift — the wind is steady enough to affect throws longer than 35 yards. Kicking is not in the cold zone yet, but the wind adds a variable on field goals from 40-plus.
Neutral conditions across the rest of the slate
Every other game in Week 3 is either under a dome or in calm, dry conditions. Ford Field (New York Jets at Detroit Lions), the Caesars Superdome (Las Vegas Raiders at New Orleans Saints), and Lucas Oil Stadium (Houston Texans at Indianapolis Colts) all provide controlled air. The remaining open-air games — Seattle at Washington, Los Angeles Chargers at Buffalo, Carolina at Cleveland, New England at Jacksonville, Kansas City at Miami, Arizona at San Francisco, Minnesota at Tampa Bay, Baltimore at Dallas, Los Angeles Rams at Denver, and Philadelphia at Chicago — all have winds under 10 mph and no precipitation above 20 percent. The ball travels where it is thrown. The footing is normal.
What could change this
- Rain timing at MetLife could shift, affecting which quarters see the higher probability. Gusts at 36 are already a working number; they could climb higher if a front accelerates.
