One of the best games of Sunday’s NFL slate features an NFC North matchup between the Green Bay Packers and the Chicago Bears. The Bears are 9-3 and currently are the No. 1 seed in the NFC. Meanwhile, the Packers are 8-3-1. Chicago has won the previous matchup between the two teams, but the Packers were on an 11-game winning streak before that.
Here are my favorite player props for today’s Packers vs. Bears game.
Jordan Love Over 28.5 Pass Attempts (-116)
Jordan Love is coming off an excellent performance against the Lions on Thanksgiving, where he had 234 passing yards with four touchdowns. Also in that game, Love attempted 30 passes, his most since November 10. Love has attempted at least 29 passes in five of his previous five contests.
You can get Love to total more than 28.5 pass attempts at -116 on DraftKings Sportsbook. Love has had at least 29 pass attempts in seven of 12 games this season.
D’Andre Swift Over 49.5 Rushing Yards (-114)
The Bears have excelled as a team in rushing the ball recently. Swift is the Bears’ leading rusher this season and is coming off a 125-yard performance against the Eagles. He has also totaled over 49.5 rushing yards in six of his previous seven contests.
Swift has finished with 65 and 71 rushing yards in his last two matchups against the Packers. Since Swift has hit this mark in seven of 11 contests this season, getting him to record over 49.5 yards at -114 is an excellent play.
Colston Loveland Over 37.5 Receiving Yards (-110)
Rome Odunze, one of Caleb Williams’ top targets, is out this week, requiring more Bears receiving options to step up. Rookie TE Colston Loveland has had a good first NFL season and is third on Chicago in receiving yards with 406. He has totaled more than 37.5 receiving yards in five of the previous six contests.
On DraftKings Sportsbook, Loveland’s over in receiving yards is set at -110. Loveland hasn’t had back-to-back games with under 37.5 yards since Week 5. In his last two games, Loveland has received at least five targets and should continue to see a significant workload without Odunze.
