OCTOBER 15, 2026 | 1:23 PM ET
Detroit Lions—Jahmyr Gibbs entered the bye week with 747 scrimmage yards, and nine touchdowns. His 132 touches through five games put him on a historic pace to 449 touches, 2,540 scrimmage yards and 31 touchdowns over a 17-game season—a workload that would surpass every NFL running back’s single-season touch total over the previous three seasons, including Christian McCaffrey’s league-leading 413 in 2025.
Gibbs earned NFC Offensive Player of the Week honors after rushing for 151 yards and adding 56 receiving yards against Arizona, but his biggest challenge may come over the remaining 12 games. He’s averaging 26.4 touches per game, a 40.3% increase over his previous career-high workload.
Detroit has built its offense around Gibbs’ versatility and explosiveness, but how sustainable is this pace over 17 games? With divisional play resuming in Week 7, maintaining such a demanding workload would expose Gibbs to substantially more cumulative contact than in previous seasons, raising concerns about injury risk, durability and whether he can sustain his production through the most critical stretch of Detroit’s schedule.
GIBBS’ WORKLOAD HAS REACHED A NEW LEVEL
Gibbs’ first three seasons show how dramatically his role has expanded, particularly following David Montgomery’s departure. Through five games in 2026, he has 105 carries for 504 yards and seven touchdowns, adding 27 receptions for 243 yards and two scores. At 26.4 touches per game, he is on pace for 357 carries, 1,714 rushing yards, 92 receptions, 826 receiving yards and 449 total touches.
That projection represents 129 more touches and 114 additional carries than his 2025 totals. His receiving production continues to thrive, but rushing efficiency has declined from 5.6 yards per carry in 2024 to 5.0 in 2025 and 4.8 this season. Gibbs remains an elite playmaker, forcing 32 missed tackles and averaging approximately 3.0 yards after contact per carry, but under Drew Petzing, greater volume is driving total production rather than improved per-carry efficiency.
