“Angel Recruiting Lexie to Sky”: Fever Star Transfer Rumors Ignites Debate as Unrivaled Pairs Her With Caitlin Clark’s Rival

Exciting reunions and shake-ups are happening in Unrivaled, but one duo has captured fans’ attention: Lexie Hull teaming up with Angel Reese. The reason? The connection to Caitlin Clark. Lexie, who previously played with Clark on the Indiana Fever, is now teammates with Reese in Unrivaled.

The rivalry between Clark and Reese has been a hot topic since their college days, and their rookie seasons in 2024 reignited the Indiana Fever vs. Chicago Sky rivalry. This rivalry had cooled off after the Sky’s 2021 championship win, but Clark’s move to Indiana and Reese’s to Chicago brought back the heat, making every Fever-Sky matchup a must-watch event.

Now, these rival players are teaming up for the new 3*3 league. Reese was one of the league’s early signees, while Hull secured the 29th spot. Both are part of Rose BC, alongside players like Kahleah Copper, Chelsea Gray, Brittany Sykes, and Azurá Stevens.

Hull had a standout season with the Fever, providing solid support to Clark and helping the team break their playoff drought. Now, fans are eager to see if she can replicate that success with Rose, teaming up with Reese.

Despite her close bond with Clark, Hull seems to be building a rapport with Reese as well. Their interaction on media day sparked speculation among fans about a potential off-court friendship extending beyond Unrivaled.

Will Lexie leave Caitlin Clark for Angel?

Some fans believe that Reese might convince Hull to join the Sky, given their budding chemistry. However, others think it’s a stretch and unlikely to happen, considering Hull’s successful season with the Fever and her commitment to the team.

Fans are confident that Hull will stay with the Fever, especially after buying a house in Indianapolis and her existing contract with the team. Similarly, Reese seems locked in with the Sky, making it probable that both players will remain with their respective teams after Unrivaled concludes.