2-Time AEW Champion Suffers Seth Rollins-Like Injury On Collision
AEW star suffers knee injury on Collision.
Seth Rollins’ recent knee injury at WWE Saturday Night’s Main Event has left a noticeable void, with many fans wondering how long the Mr. Money in the Bank will be sidelined.
Interestingly, a similar situation just unfolded in AEW, where a two-time tag team champion may have suffered a comparable fate. AEW taped Dynamite and Collision at the Aragon Ballroom this week. Saturday’s episode of Collision (airing July 19) featured a four-way tag team match with a $200,000 prize on the line.
The participants included Gates of Agony (Bishop Kaun and Toa Liona), The Gunns (Austin and Colten Gunn), CRU (Action Andretti and Lio Rush), and the team of Big Bill and Bryan Keith. Gates of Agony picked up the win with an assist from Ricochet, but that wasn’t the biggest talking point of the night.
Colten Gunn Goes Down During AEW Collision Tag Match
During the match, Colten Gunn went down with what appeared to be a serious knee injury. The incident occurred when Big Bill reversed a move from Gunn, lifting him in the air before dropping him. Gunn tried to land on his feet, but his knee buckled instantly.
Fans in attendance captured the moment and shared it widely on social media. Gunn was seen clutching his knee and quickly removed himself from the match. A ringside physician rushed to his aid, and he was later helped to the back.
I can see where Colten Gunn got injured
Hopefully it’s not serious #AEWCollisionpic.twitter.com/jGTUJaW3YF— Ace Humphreys 🏴🦢 (@Ace109610) July 20, 2025
Although the specific type of injury is yet to be officially confirmed, initial observations suggest a strong similarity to the knee injury that Seth Rollins suffered earlier in the month, both in terms of visual impact and timing.
The match was intended to mark a significant comeback for The Gunns, who hadn’t wrestled since February 11. This Collision bout was supposed to be their statement return. Unfortunately, Colten Gunn’s injury now puts that momentum at risk.