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Colston Loveland

TE · Bears

The Week 9 breakout wasn't a fluke — it unlocked a structural role change. The Bears shifted from treating Loveland as a complementary piece to targeting him as the primary release valve, a shift that compounded each week through the playoffs.

Quiet first 6 games (1.8 catches per game), then a Week 9 explosion that flipped the offense.

Trend

Loveland 2025 weekly game log

WkOppTgtsRecYdsTDsPPR
1MIN221203.2
6WAS321103.1
9CIN76118229.8
10NYG445509.5
12PIT5449114.9
14GB5429112.9
17SF10694121.4
18DET131091125.1
19GB158137023.7
20LA1045609.6

Targets per game

WeekTargets
W12
W21
W33
W63
W74
W85
W97
W104
W114
W125
W136
W145
W155
W165
W1710
W1813
W1915
W2010

His Week 9 vs Cincinnati game (6-118-2, 29.8 PPR) changed the role permanently. Before that: 11 catches for 116 yards across 6 games — 1.8 catches per game. From Week 9 through the playoffs: 59 catches for 790 yards, averaging 4.9 per game.

The back-half pattern is unmistakable: in his final 4 games (W17-20) he averaged 12.0 targets, 7.0 catches, 94.5 yards per game. That's elite-TE production layered onto a rookie season — and it kept climbing into the playoffs.

Why it matters. The Week 9 breakout wasn't a fluke — it unlocked a structural role change. The Bears shifted from treating Loveland as a complementary piece to targeting him as the primary release valve, a shift that compounded each week through the playoffs.

Late-season surge: 94.5 yards per game in the final 4 weeks — nearly triple the early pace.

Split

Loveland 2025 — first 14 games vs last 4

SpanGamesTgtsRecYdsTDsYds/G
Weeks 1-16145942528437.7
Weeks 17-2044828378294.5

48 targets across 4 games to close the year — that's a 12-target-per-game pace, roughly equivalent to a #1 WR's share. The Bears figured out late that the easiest matchup on the field was Loveland on a linebacker.

For reference: 94.5 yards per game over 4 games is what George Kittle's career average looks like during his All-Pro seasons. He didn't sustain it for a full year — but he sustained it for a quarter of the season, in the games that mattered.

Why it matters. A near-tripling of yards-per-game in the final four weeks is not noise — it reflects the Bears committing to a single-target identity late in the year, giving Loveland the kind of snap-and-target share typically reserved for a No. 1 receiver.

2nd in YPR among all TEs with 55+ catches in 2025 — a rookie ahead of Kittle, Kelce, Pitts, and Bowers.

Comparison

2025 TE YPR leaders (55+ receptions, regular season)

PlayerTgtsRecYdsYPRDraft class
Hunter Henry876076812.802016
Colston Loveland825871312.292025 rookie
Juwan Johnson1027788911.552020
Travis Kelce1087685111.202013
George Kittle695762811.022017
Tyler Warren1127681710.752025 rookie
Brock Bowers866468010.632024
Kyle Pitts1188892810.552021

Among all tight ends with 55+ receptions in the 2025 regular season, Loveland ranks 2nd in yards per reception (12.29) — behind only Hunter Henry (12.80). He's ahead of Travis Kelce, George Kittle, Brock Bowers, and Kyle Pitts.

For a rookie with a first-year quarterback still developing rapport, that efficiency is the deeper signal. YPR measures separation quality and downfield usage, not volume — Loveland was churning out long gains on a modest 58-reception workload while the Bears still figured out the offense.

Why it matters. YPR among high-volume TEs is a proxy for route-running quality and downfield deployment. A rookie ranking #2 behind a veteran like Hunter Henry — ahead of Kittle and Kelce — suggests Loveland's efficiency is scheme-agnostic, not an artifact of a single big game.

Twice as many deep targets as Warren — Chicago uses him like a downfield WR.

Comparison

Air-yards profile vs class peer Tyler Warren

PlayerAvg Air YdsDeep Tgts (15+)Total Tgts
Colston Loveland9.930109
Tyler Warren5.413114

On essentially identical target volume (109 vs 114), Loveland was sent on deep routes (15+ air yards) 30 times to Warren's 13. The average air-yard per target is 9.9 — nearly double Warren's 5.4.

That is the modern downfield-Y archetype — Kyle Pitts at his peak, Sam LaPorta, Brock Bowers when he's split out. The Bears effectively replaced the high-cost #2 WR signing they passed on by drafting a TE who could run those routes.

Why it matters. The air-yards gap reveals a scheme decision, not just a talent gap. Chicago used Loveland as a downfield Y-receiver — a usage pattern that typically requires a true WR1 budget but instead came from the TE slot, explaining how the Bears generated vertical threat without signing a top-tier wideout.

137-yard game in Week 19 (Wild Card vs Green Bay) — biggest game by a rookie TE in any 2025 playoff round.

Milestone

Loveland's three biggest games (2025)

WkOppTgtsRecYdsTDsPPR
19 (WC)GB158137023.7
9CIN76118229.8
17SF10694121.4

In the Wild Card vs. Green Bay he was targeted 15 times — the most a Bears TE has been targeted in a single game in years — and posted 137 yards on 8 catches.

The 15-target line is the rare 'WR1 day for a TE' that happens maybe 3-4 times across the league each season. He did it as a rookie, in the playoffs, on the road, in his last game before turning 22.

Why it matters. A 15-target playoff game is a statement from the coaching staff — it means the Bears trusted a 21-year-old rookie as their primary stress-reliever in an elimination game. That trust level on the biggest stage of his first year sets the ceiling for what his role looks like in Year 2.

82 regular-season targets, 6 TDs — only 15 red-zone looks all season, almost none near the goal line.

Anomaly

2025 TE red-zone targets — regular season (yardline ≤ 20)

PlayerRZ TgtsRZ TDsTD%
Trey McBride341132.4%
Dallas Goedert151066.7%
Jake Ferguson25728.0%
Brock Bowers18633.3%
George Kittle13646.2%
Colston Loveland15426.7%

82 regular-season targets, 15 red-zone looks — the Bears simply didn't funnel goal-line work to Loveland. He converted 4 of those into TDs (26.7%), but the opportunity volume was minimal compared to how top TEs were used.

The story: he was deployed as a yards machine, not a goal-line option. McBride got 34 red-zone targets; Loveland got 15. If the staff shifts 4-5 more RZ targets to him in Year 2 at the same conversion rate, the TD total jumps to 9-10 — the threshold for Pro Bowl TE consideration. The production is there; the usage pattern is the gap.

Why it matters. Low red-zone target share on a high-usage receiver is a usage inefficiency, not a talent ceiling. It means Loveland's 6-TD total understates his scoring potential — he was simply not given the chances that peers like McBride (34 RZ targets) received.

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