Who Should I Start? Matthew Stafford or Wan'Dale Robinson

Saturday, October 18, 9:36 AM

Los Angeles Rams quarterback Matthew Stafford has been terrific this season, ranking as the overall QB10 in fantasy football. While he has a long track record of success in the NFL and has proven that this season's results are no joke, managers should temper expectations with the veteran signal caller this week. First of all, he will be without Puka Nacua (ankle), who is the heart and soul of Los Angeles' receiving corps. That will leave Davante Adams as the de facto No. 1 receiver. While Adams is dominant, too, he hasn't flashed the strongest rapport with Stafford, which could be an issue now that he's in a bigger role. Furthermore, Stafford will be tasked with overcoming the challenges of international travel; he arrives in London on Saturday and will take on the Jaguars just one day later. Both of these factors reduce Stafford's fantasy value, but he still cracks the top 12. It helps that Jacksonville has allowed the fifth-most passing yards to quarterbacks this season, as well as the 11th-most fantasy points to the position. Stafford is a low-end QB1 for this week.

Saturday, October 18, 2:29 AM

New York Giants wide receiver Wan'Dale Robinson is establishing himself as the team's WR1 but faces a significant challenge in the Broncos' elite defense, making him a Flex play with a lower ceiling. Since Malik Nabers' injury, Robinson has commanded a steady target share, leading the team with six receptions for 84 yards and his second touchdown of the season in Week 6, maintaining his status as the 23rd-ranked fantasy WR (10.3 FPPG). However, the Broncos have one of the stingiest pass defenses in the NFL, ranking 2nd in points allowed to wide receivers (18.9 FPPG) and 3rd in the league with only 165.2 passing yards allowed per game. Their defense has been a total lockdown, sitting 2nd in the NFL by allowing an average of only 15.8 points against per game, which points to a tough day for the Giants' offense to sustain drives and maximize Robinson's volume.