Washington Commanders

Qwuantrezz Knight

Age
28
·
Sleeper ID
8612
Verdict scores
Trade Value 42
Win-Now 0.2/10
Consistency 0
Positional Rank 1408
Trade Value Tier D
Trend → Stable
Scouting report

Summary

Qwuantrezz Knight is a 28-year-old DB from UCLA, entering Year 5 as a depth asset on the Washington Commanders. Knight’s dynasty value is stable, with a 6.0% defensive snap trend in 2023, averaging 35.7 tackles and 1 interception per game. His value is tied to his IDP production, with a #2026 pos rank and 35 trade value.

Projection Rationale

Knight’s IDP production is tied to his defensive snap percentage and tackling volume, with 35.7 tackles per game in 2023. His 6.0% defensive snap trend suggests a stable role on the Commanders’ defense, with potential upside in tackle-heavy games.

Injury Risk

No injury data is available for Qwuantrezz Knight. DBs in the 4-3 scheme with man-heavy coverage tend to have lower injury risk due to fewer contact exposures.

Opportunity Notes

Knight’s defensive snap percentage is stable at 6.0%, with consistent usage in Weeks 6, 12, and 16. His tackle volume averages 35.7 per game, with 1 interception per game in 2023. No DB threat exists on the Commanders’ depth chart.

Scheme Fit Analysis

Dan Quinn’s 4-3 scheme with man-heavy coverage is designed to leverage DBs in man coverage, which suits Knight’s tackling profile. His tackle volume and IDP production are tied to his defensive snap percentage, which remains stable at 6.0%.

Trend Assessment

Stable Knight’s defensive snap percentage remained stable at 6.0% across the 2023 season, with consistent usage in Weeks 6, 12, and 16.

Ceiling / Floor

Ceiling tracks near 2023’s 35.7 tackle average and 1 interception per game. Floor tracks near 30 tackles per game, given Knight’s stable defensive snap percentage.

Comparable Player

His role as a tackling specialist in a 4-3 man-heavy scheme draws comparisons to Minkah Fitzpatrick from 2019-2020 Miami — similar tackling volume, similar IDP production, and similar depth chart positioning.