My Account Log Out
 
 
Brandon Aiyuk

Brandon Aiyuk Receiving Yards
Player Prop Week 2

San Francisco 49ers vs Seattle Seahawks

 
 
 
Brandon Aiyuk Receiving Yards Prop is currently Over/Under 40.5 (-110/-110).

The money has been on the Over as it opened 39.5 @ -114 before it was bet up to 40.5 @ -110.
FACTORS THAT FAVOR THE OVER:
  • Opposing quarterbacks have averaged 36.8 pass attempts per game versus the Seattle Seahawks defense since the start of last season: 4th-most in the league.
  • THE BLITZ projects Brandon Aiyuk to be a more integral piece of his offense's passing offense this week (23.5% projected Target Share) than he has been since the start of last season (17.6% in games he has played).
  • Brandon Aiyuk has been responsible for a colossal 22.3% of his team's air yards since the start of last season: 76th percentile among wide receivers.
  • The San Francisco 49ers offensive line ranks as the 4th-best in the league since the start of last season in pass protection, which has a strong effect on all passing offense metrics across the board.
  • Brandon Aiyuk has been among the most efficient pass-catchers in football, averaging a stellar 10.19 yards-per-target since the start of last season while grading out in the 95th percentile among wideouts.

  • FACTORS THAT FAVOR THE UNDER:
  • The 49ers are a giant 8.5-point favorite this week, indicating an extreme rushing game script.
  • THE BLITZ projects the San Francisco 49ers to be the least pass-oriented offense on the slate this week with a 44.6% pass rate, given their underlying tendencies and matchup dynamics.
  • THE BLITZ projects this game to have the smallest volume of plays run among all games this week at 120.0 plays, given the tendencies of each team and game dynamics.
  • The San Francisco 49ers have run the 8th-least plays in the league since the start of last season, averaging a lowly 60.8 plays per game.
  • The weather forecast calls for 20-mph wind in this game. High wind typically means lower pass volume (and higher run volume) and decreased passing effectiveness.

  •  
     
     
     
     
    © 2022 EV Analytics   |   Data by WriteNow™