David Hekili Kenui Bell was a Hawaiian actor and community figure best known for playing the “Big Hawaiian Dude” (the shave ice vendor) in Disney’s live-action Lilo & Stitch, released in May 2025. He also appeared in episodes of Hawaii Five-0 (2014) and Magnum P.I. (2018–19). Bell was active in his local community, working as assistant airport superintendent at Kona International Airport, and was the familiar voice on the PA system welcoming travelers.
His death news came from his sister, Jalene Kanani Bell, via a heartfelt post on Facebook, later confirmed by Entertainment Weekly and Los 40. He died on June 12, 2025, at age 46, according to People and Los 40, while Entertainment Weekly and others reported his age as 57, showing some age discrepancies in reports.
The cause of death has not been disclosed, and no foul play is suspected—an investigation is reportedly ongoing. His sister described him as “sweet, generous, talented, funny, brilliant, and handsome”, calling him a “Prince of a Man” who brought joy and aloha spirit to everyone.
In his brief but impactful acting career, Bell starred in three onscreen roles: two TV show appearances and his role in Lilo & Stitch. Before his passing, the upcoming film “The Wrecking Crew” cast him alongside Jason Momoa.
Deeply rooted in Hawaiian culture, Bell blended English, Pidgin, and Indigenous language in his public work, encouraging cultural pride. He acted as a cultural consultant for projects like Kona Brewing Company commercials, ensuring authenticity. His contributions elevated local storytelling and representation on screen.
He Born and raised in Kaimuki, Honolulu, Bell attended Punahou School and Kalani High School. He later settled in Waimea on Hawai‘i’s Big Island, where he served as assistant airport superintendent at Kona International Airport. Many travelers recognized his voice on the PA system, greeting them with warmth and the authentic aloha spirit. His loss is deeply felt by fans, colleagues, and his Hawaiian community, leaving a legacy of cultural pride and warmth.
