Carl Carlton, the acclaimed American R&B, soul and funk singer-songwriter whose career spanned six decades and produced enduring hits like “Everlasting Love” and “She’s a Bad Mama Jama (She’s Built, She’s Stacked),” has died at the age of 72. He passed away on December 14, 2025, after ongoing health issues, according to multiple reports.
Born in Detroit, Michigan on May 21, 1953, Carlton first entered the music world in the mid-1960s under the moniker “Little Carl” due to a vocal resemblance to a young Stevie Wonder. He later signed with Back Beat Records and steadily built a reputation in the burgeoning soul scene.
Carlton’s breakthrough came in 1974 with his vibrant, disco-styled rendition of “Everlasting Love,” originally recorded by Robert Knight. Carlton’s version became a major success, reaching No. 6 on the Billboard Hot 100 and becoming a staple of romantic playlists and soundtracks.
His career soared again in 1981 with “She’s a Bad Mama Jama,” a funk classic written by Leon Haywood. The track climbed the R&B charts and earned Carlton a Grammy nomination, solidifying his legacy in funk and soul music.
Despite his success, Carlton faced industry challenges and legal battles over music rights, yet he continued to record and perform for decades, captivating audiences with his energetic stage presence and rich vocal style. His influence extended beyond charts into the hearts of fans across generations.
In 2019, Carlton suffered a stroke that significantly affected his health, yet his contributions remained celebrated in the music community. He is remembered not only for his chart-topping hits but for the vibrant soul he brought to every performance.
Tributes have poured in from fans and fellow artists alike, with many recalling how his music soundtracked moments of joy, love and celebration worldwide. Carlton’s work continues to inspire and resonate, ensuring that his “Everlasting Love” lives on.
Carl Carlton is survived by family members and a legacy of music that helped shape the sound of R&B and funk for generations.
