The Oklahoma City Thunder have reportedly added Santa Clara standout Elijah Mahi to their roster for the upcoming NBA Summer League competition.

Mahi's Collegiate Performance

The 22-year-old guard joins the Thunder organization following an impressive collegiate campaign at Santa Clara. During his most recent season, Mahi demonstrated his versatility on both ends of the floor, appearing in 35 games. His statistical profile highlights his ability to contribute across multiple facets of the game, making him a notable addition to the OKC developmental squad.

Mahi's offensive production was a highlight of his tenure at Santa Clara. He averaged 14.1 points per game while maintaining a 44.7% shooting accuracy. In addition to his scoring, he provided meaningful support in other categories, averaging 4.7 rebounds and 2.6 assists per contest. His ability to impact the game beyond scoring makes him a player to watch during the Summer League circuit.

Physical Profile and Shooting Range

Standing at 6-foot-7 and weighing approximately 220 pounds, Mahi possesses a physical frame that allows him to compete effectively against diverse lineups. His size is a key asset for a player capable of facilitating play and securing possessions on the glass.

Regarding his perimeter threat, Mahi showed significant development from beyond the arc this past season. He averaged 4.6 attempts per game from three-point range, converting them at a rate of 34.4%. This shooting capability, combined with his rebounding and playmaking, provides the Thunder coaching staff with a multifaceted tool for evaluating his professional potential.

Looking Ahead to Summer League

The NBA Summer League serves as a critical proving ground for young talent like Mahi. For the Oklahoma City Thunder, this period is essential for integrating new prospects into their system and assessing how their skill sets translate to the professional level. Mahi's combination of size and multi-dimensional statistics suggests he will be a key figure in the team's summer evaluation process.