Keenum efficiency and Bagent volume drive Bears past Browns

Pattern: a productive split passing attack

Chicago’s passing output against Cleveland came through sharply different routes: Tyson Bagent carried the larger workload, while Case Keenum delivered striking efficiency in a 34–10 preseason victory at Soldier Field. Source 1 Source 3

Bagent attempted 22 passes and completed 13 for 169 yards, a 7.7-yard average, one touchdown and one interception. Source 1

Keenum attempted only 10 passes but completed nine for 151 yards, averaging 15.1 yards per attempt, with two touchdowns, no interceptions and a 158.3 passer rating. Source 1

The split gave Chicago 320 passing yards from its two principal contributors, with three passing touchdowns against one interception. Source 1

That is the passing-game trend from this result: Bagent supplied the volume and an early scoring strike, while Keenum turned limited opportunity into explosive, mistake-free production. Source 1 Source 2

Evidence: touchdowns arrived through both quarterbacks

Chicago trailed 10–0 early in the second quarter before Bagent found Maurice Alexander for a 25-yard touchdown with 9:16 remaining in the half. Source 2

That completion put the Bears on the scoreboard, and Cairo Santos’s 51-yard field goal at the end of the half levelled the game at 10–10. Source 2

Keenum then took over the passing scoring in the third quarter, connecting with Salvon Ahmed for a 49-yard touchdown at 13:05. Source 2

The immediate value of that play was clear in both the yardage and the score: it was the game’s longest listed Bears scoring play and moved Chicago ahead 17–10. Source 2

Keenum followed with a six-yard touchdown pass to Brittain Brown with 42 seconds left in the third quarter, extending the margin to 24–10. Source 2

Those two third-quarter drives account for Keenum’s two touchdown passes, and they match the statistical line of nine completions on 10 attempts for 151 yards. Source 1 Source 2

Bagent’s workload was more substantial in raw attempts, as his 22 throws were more than twice Keenum’s 10. Source 1

Yet Keenum produced only 18 fewer passing yards despite those 12 fewer attempts, because his 15.1-yard average was almost double Bagent’s 7.7. Source 1

Miller Moss added 48 yards on 3-of-8 passing, meaning Chicago’s three listed passers combined for 368 yards on 25 completions from 40 attempts. Source 1

The scoring timeline reinforces the wider shape of the win: after Cleveland opened a 10–0 lead, Chicago scored 34 unanswered points, including three passing touchdowns and a late rushing touchdown. Source 2

Counterpoint: Bagent’s line carries the volatility

Bagent’s 169 yards and touchdown should not obscure the less efficient parts of his afternoon. Source 1

He threw Chicago’s only interception, took both Bears sacks and lost 20 yards on those sacks, producing a 79.5 passer rating. Source 1

Keenum, by contrast, was not sacked and did not throw an interception, but his 10 attempts are a far smaller sample than Bagent’s 22. Source 1

The contrast is therefore descriptive rather than a definitive ranking: one quarterback had greater volume, and the other had exceptional efficiency in a shorter appearance. Source 1

The game was also a preseason Week 1 fixture, so the result establishes what happened against Cleveland rather than proving a regular-season pattern. Source 3

The Read

Chicago’s passing game had enough breadth to recover from an early two-score deficit, with Bagent creating the first touchdown and Keenum providing the two decisive third-quarter scoring throws. Source 2

For Bagent, the useful signal is the ability to sustain a 22-attempt workload and generate 169 yards; the required improvement is reducing the interception and the two sacks. Source 1

For Keenum, the signal is unusually clean execution: nine completions from 10 attempts, 151 yards and two touchdowns without a turnover or sack. Source 1

Together, their work formed the central offensive thread in Chicago’s 34–10 win, even as the differing risk profiles in their stat lines temper any broader conclusion. Source 1 Source 3