2026 SLT Hoops 17u-NXTPRO Roster
SLT Hoops is a Queens, NY-based grassroots basketball program serving student-athletes from across the five boroughs, Long Island, Westchester, upstate New York, and the prep school landscape. Founded by Noah Griffith. Assistant Men’s Basketball Coach at the City College of New York, SLT Hoops was created to provide serious players with a competitive, structured, and development-focused basketball environment. The program features athletes from public schools, Catholic schools, private schools, and prep schools, with players attracting recruitment interest from multiple college programs. SLT Hoops gives student-athletes the opportunity to compete on respected grassroots platforms while being challenged to improve their skill, decision-making, toughness, and overall approach to the game.
The SLT Hoops 17u-NXT Pro is competing this spring and summer in the NXT PRO circuit, and their roster is as below.
Donovan Medley (2027) 5’11 point guard, Holy Cross High - Medley is a combo guard with three-level scoring ability and a confident shooting stroke. He can create off the bounce, space the floor, and put pressure on the defense as a scorer.
Jayden Blakemore (2026) 6’2 guard, Nazareth Regional High
Troy Smith, Jr. (2026) 5’11 point guard, Nazareth Regional High
Simar Singh (2027) 6’7 forward, Benjamin Cardozo High
Timmy Leahy (2027) 6’4 small forward, Xavier High - Leahy brings strong positional size, shot-making, and all-around playmaking ability. He can score it, facilitate, and impact the game in multiple areas.
Leo Fauver (2028) 6’7 guard, Hotchkiss School (CT)
Brayden Ojeda (2027) 6’0 guard, Monsignor McClancy High
Jon Sylaj (2027) 6’7 small forward, St John’s Prep
Isaac Calix (2026) 5’9 point guard, Adlai Stevenson Campus
Londyn Hill (2027) 5’10 point guard, Thurgood Marshall High
Donovan Medley, Holy Cross, 6’0
Brayden Ojeda, 6’1 point guard from McClancy HS
Fela B. Ouerbago, Calhoun School (@FelaBO27) a 6’1 2027 guard who can score the ball, create off the bounce, and bring real energy on both ends.