EdgeRanked View Plans

NFL

Tim Patrick NFL Projections

Tim Patrick is a wide receiver for the New York Jets, projected for their Week 6 matchup against New England Patriots. EdgeRanked tracks the receiving and fantasy outlook for this matchup using its NFL simulation model.

Week 6· Latest simulation ·14 upcoming · 0 live · 0 final
WR · New York Jets

NYJ @ NE · Sun, Oct 18 · 1:00 PM EDT

This player’s numbers are part of the subscriber board. The free view features a rotating selection of players — see the WR examples below.

Matchup

Full matchup →

NYJ @ NE

Early-week projection

New York Jets at New England Patriots ·

NYJ17.4
NE26.2
TOTAL43.6

Simulated

Official inactives not due yet (posted about 90 minutes before kickoff)

Featured WR projections

  • WR
    CeeDee LambDAL @ GB · Sun, Oct 18 · 8:20 PM EDT
    16.6FPTS
    YDS78.9TD0.45TGT9.0REC6.0

Unlock Tim Patrick and the full board

Subscribers see this projection and every other WR on the slate.

  • The full ranked board: 313 players across QB, RB, WR, TE and D/ST
  • Sort by 10 stats; filter by position and team
  • Simulation floor and ceiling for every player, 80% ranges for every game
  • Projected margin for every matchup
  • Receiving-yard threshold chances for WR and TE
View Access Options

3-day free trial available on Monthly for eligible new customers. $19.99/month after your 3-day trial. Cancel anytime.

Tim Patrick in context

How to read these NFL projections

EdgeRanked’s pregame model simulates each game and its players using the personnel and matchup information available when the simulation ran. Every game shows the time of its own simulation. A projection is an estimate made before kickoff; it is never a result, and a completed game keeps the pregame projection it had.

Official inactive lists are posted about 90 minutes before kickoff. When a projection does not yet incorporate them, the matchup says so. Quarterback, running back, receiving and defense outputs carry a limited-confidence label this early in the season; the label describes how settled a number is, not how accurate it will prove.