My Account Log Out
 
 
Cole Kmet

Cole Kmet Receiving TD
Player Prop Week 1

Chicago Bears vs San Francisco 49ers

 
 
 
Cole Kmet Receiving TD Prop is currently Over/Under 0.5 (+389/-812).

The money has been on the Under as it opened 0.5 @ -719 before it was bet down to 0.5 @ -812.
FACTORS THAT FAVOR THE OVER:
  • The Bears are a 6.5-point underdog in this week's game, which points towards a passing game script.
  • Cole Kmet has been an integral part of his team's pass game near the end zone, garnering a Red Zone Target Share of 20.0% since the start of last season, which puts him in the 91st percentile among TEs.
  • Cole Kmet has compiled a whopping 44.0 air yards per game since the start of last season: 91st percentile among TEs.
  • Cole Kmet's 38.7 WOPR (Weighted Opportunity Rating—a volume stat that measures high-value offensive involvement) puts him in the company of the best in the NFL: 90th percentile for tight ends.
  • The Chicago Bears O-line has allowed their QB 2.51 seconds before getting pressured (10th-best in the league since the start of last season), which has a positive impact on all passing attack stats across the board.

  • FACTORS THAT FAVOR THE UNDER:
  • THE BLITZ projects the Bears to run the 2nd-least offensive plays among all teams this week with 58.9 plays, based on their underlying tendencies and game dynamics.
  • Opposing offenses have averaged 31.1 pass attempts per game against the San Francisco 49ers defense since the start of last season: 5th-least in football.
  • Cole Kmet grades out in the 1st percentile among TEs when it comes to catching TDs since the start of last season, averaging a measly 0.00 per game.
  • The San Francisco 49ers linebackers project as the 3rd-best unit in football since the start of last season in covering receivers.
  • The Chicago Bears have faced a stacked the box on a measly 14.2% of their plays since the start of last season, 10th-least in the league. Bringing an extra defender near the line of scrimmage improves run-stopping at the expense of better passing efficiency.

  •  
     
     
     
     
    © 2022 EV Analytics   |   Data by WriteNow™