Shocking Flip: Former Alabama Commit Mouhamed Dioubate Transfer to Kentucky

Dioubate, a 6-foot-7, 215-pound forward from New York, spent the last two seasons with the Alabama Crimson Tide. Known for his toughness, energy, and versatility on both ends of the floor, Dioubate is expected to bring a gritty presence to the Kentucky Wildcats lineup. His playing style aligns well with the kind of physicality needed to thrive in the Southeastern Conference, and his experience competing at a high level in the SEC adds immediate value to a roster looking to make noise next season.

During the past season, Dioubate averaged 7.2 points per game while shooting an incredibly efficient 62% from the field. Even more impressive was his ability to knock down shots from long range, connecting on 46% of his attempts from beyond the arc. In addition to his scoring, he also averaged 5.9 rebounds and 1.1 assists per game, proving himself to be a well-rounded contributor.

With Dioubate now in the fold, Kentucky has secured its third transfer commitment of the offseason. He joins guards Jaland Lowe and Kam Williams, both of whom bring their own dynamic skill sets to the table. The coaching staff is still actively recruiting, and eyes have now shifted toward prospects like Wesley Yates and Jaron Pierre Jr. Adding one of those players would further strengthen Kentucky’s depth and balance. There’s also speculation around Alvaro Forgueiras potentially joining the team, which would only solidify the roster’s potential.

The reaction to Dioubate’s commitment was overwhelmingly positive, especially on social media. Fans praised the coaching staff for addressing key needs and bringing in a player who can make an immediate impact. Analysts noted that Dioubate’s ability to contribute in multiple areas gives Kentucky another reliable weapon as they prepare for what promises to be a competitive season.

With momentum building and several recruiting targets still in play, the Wildcats’ offseason is shaping up to be one of the most exciting in recent memory.