A teenage track sensation from Barbados is rapidly emerging as one of Caribbean athletics’ most promising talents. Thirteen-year-old Jalino Hamlet, a student at St. Leonard’s Boys’ School, has demonstrated exceptional versatility across multiple sprint disciplines with remarkable personal best times of 11.15 seconds in the 100m, 21.91 in the 200m, and an impressive 48.79 in the 400m event.
Hamlet’s athletic journey originated at Charles F. Broome Memorial Primary School where he first discovered his passion for running during his early academic years. Currently training with the Extreme Velocity Track Club under coaches Glen Williams and Juquan Beckles, the young sprinter is developing both technical proficiency and competitive discipline.
The rising star recently showcased his potential during the Esther Maynard and Shane Brathwaite Zone of BSSAC 2026, acknowledging his coaches’ pivotal role in his development. ‘They support me, train me hard and it is great to have both of them as coaches,’ Hamlet told Barbados TODAY.
Despite encountering adversity with a torn glute injury during the 2025 season, Hamlet demonstrated resilience by competing through discomfort at BSSAC. The challenge ultimately strengthened his determination and training ethic. His international experience includes earning a bronze medal in the 100m (11.69 seconds) at the 2025 Whitsuntide Games.
As the current BSSAC Championships approach, Hamlet has already established himself as a formidable contender after posting the fastest preliminary time (22.38 seconds) in the Under-15 boys’ 200m event, outpacing his nearest competitor by a significant two-second margin.
Looking toward regional competition, the young athlete aspires to medal at the upcoming CARIFTA Games in April, acknowledging the challenge while maintaining competitive optimism. Beyond immediate goals, Hamlet draws inspiration from American sprint champion Noah Lyles and ultimately aims to represent Barbados at the Olympic Games, potentially earning international recognition for his nation.