Philadelphia Flyers tendered Leo Carlsson a five-year offer sheet at $18 million AAV, instantly making him the NHL’s highest-paid player.

Ducks face unavoidable match
The Ducks hold seven days from signing to match the offer or surrender four first-round picks starting in 2027. Eric Stephens of The Athletic states the club must match because losing Carlsson leaves them without a first-line center for the foreseeable future. The alternative compensation would likely yield late-first-round selections once the Flyers improve their roster. Matching locks in Carlsson at $18 million AAV but preserves the young core. Gauthier posted 41 goals and 69 points last season and now seeks over $10 million annually after seeing Carlsson’s deal.
Market reset for top RFAs
Connor Bedard negotiations with Chicago now target over $18 million AAV after the Carlsson precedent. Ben Pope of the Chicago Sun-Times noted the Blackhawks previously aimed for $13-16 million before this development. Adam Fantilli’s price for Columbus has also risen. Sam Carchidi of The Hockey News suggested Fantilli could serve as the Flyers’ Plan B if the Ducks match. The five-year term walks Carlsson to unrestricted free agency after age 25, adding leverage for future contracts.
Cap and roster ripple effects
Carlsson lacks arbitration rights as an RFA yet receives the league’s highest AAV. The Ducks must still re-sign Cutter Gauthier without offer-sheet eligibility for him. Philadelphia’s $90 million commitment signals aggressive intent to accelerate their rebuild. Four first-round picks represent significant future assets but cannot replace a proven top-line center immediately. The deal structure includes heavy signing bonuses exceeding $85 million.
The Ducks must match the offer sheet to retain Carlsson.
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Par Mike Jonderson
Mike Jonderson is a passionate hockey analyst and expert in advanced NHL statistics. A former college player and mathematics graduate, he combines his understanding of the game with technical expertise to develop innovative predictive models and contribute to the evolution of modern hockey analytics.