Chicago Bulls two-way forward Trentyn Flowers is drawing significant interest from major NCAA programs as he continues his professional development during the 2025–26 season.
On3 reported that multiple power conference schools have monitored Flowers’ situation, including Kentucky, Michigan, BYU, Kansas, Washington, Texas Tech, Florida, USC, LSU, SMU, Indiana, and Clemson.
Flowers is currently on a two-way contract with Chicago, splitting time between the NBA roster and the Windy City Bulls in the G League. Any potential college move would require a shift away from the professional path he chose after high school.
The 6-foot-8 wing was a top-25 caliber recruit in the 2023 class and initially committed to Louisville. He later opted to bypass college basketball and signed with the Adelaide 36ers as part of the NBL’s Next Stars program.
Flowers’ season in Australia featured flashes of high-level scoring ability, including a 23-point performance against Illawarra, though injuries disrupted his consistency. He appeared in 18 games and averaged 5.2 points per contest before knee and neck issues ended his season early.
After declaring for the 2024 NBA Draft and going undrafted, Flowers signed a two-way deal with the Los Angeles Clippers. A left wrist surgery limited his availability early, and he played six NBA games during the 2024–25 season.
Most of his production that year came in the G League, where he averaged 17.7 points, 5.0 rebounds, and 2.0 assists over 40 games with San Diego. His scoring efficiency and defensive versatility kept him on NBA radars despite being waived in October 2025.
Chicago signed Flowers to a two-way contract days later, giving the Bulls a developmental wing with size and shot-making upside. In limited NBA action this season, he has averaged 2.0 points across two appearances.
His strongest impact has come in the G League, where he is averaging 13.0 points and 6.8 rebounds in 28.2 minutes per game with Windy City. He is shooting 49.5 percent from the field and 41.7 percent from three, numbers that align with modern spacing demands.
