Oklahoma Sooners predicted to flip elite offensive blue chip weapon away from struggling Big Ten team who could be their next big play threat

Jayden Petit Predicted to join Oklahoma's Class of 2026

• Currently committed to the Wisconsin Badgers, Petit is the 93rd overall player in the 2026 recruiting class according to 247Sports
• Petit would be the fifth wide receiver to join Oklahoma's 2026 class
• Holds offers from Miami, Florida State, Florida, Auburn, Texas A&M, Washington, Tennessee, and Penn State

The Oklahoma Sooners have added plenty of wide receiver talent in the 2026 class, with Daniel Odom, Xavier Okwufulueze, Jahsier Rogers, and Brayden Allen all committed. However, I think their latest commitment in four-star Jayden Petit could be the best of all of them, and his senior numbers are backing that up.

At the end of his senior regular season, Petit has caught 54 passes for 1,224 yards and 22(!) touchdowns. He’s decimated the competition in Florida and looks like one of the best vertical threats in the class. Petit’s massive 6’4, 215-pound frame gives him a fantastic catch radius and he shows off his basketball background with elite body control and hands with the ball in the air with ease. On top of that, he’s a fluid threat with the ball in his hands and can pick up yards after the catch surprisingly well for a guy at 6’4.

It has been a long time since the Sooners have had a player like that, and it's clear why this staff has been after him for so long and have continued to make him a priority even after he committed to the Badgers over the summer. Pulling him into their class of 2026 just before the Early Signing Period is a coup, and it's one this staff and front office should feel good about for the next few years. That connection of Petit with quarterback Bowe Bentley could be a legitimate weapon in the coming seasons.

This story was originally reported by A to Z Sports on Nov 19, 2025, where it first appeared in the College Football section. Add A to Z Sports as a Preferred Source by clicking here.