Like Charlie Korsmo covered in the last blog, Barret Oliver was a popular and talented child star on the scene for a few year and then just up and quit acting.
Barrett Spencer Oliver was born on the 24 August 1973, Los Angeles, California, USA and attended Los Feliz (Apple) School, an Elementary School in Los Angeles. He developed an interest in acting after his elder brother, Kyle, became involved in acting as a child.
Barret by his own admission stated that he started out with a commercial with no lines but by the mid 80’s he was quite a bankable child star. His next big step was on a 1981 episode of the TV series "The Incredible Hulk," and during 1982-83 he had small roles in the films "Jekyll and Hyde... Together Again," "Kiss Me Goodbye" and "Uncommon Valor." On television he played Q.P. in the TV movie "The Circle Family" and guest starred on the series "Knight Rider" and "Love, Sidney."
It was 1984 and playing the role of Bastian in the beloved hit "The NeverEnding Story" that shot him to child star fame. That same year he also appeared in Wes Craven’s "Invitation to Hell." The next year in 1985 he played the title character in "D.A.R.Y.L." and also played David in "Cocoon." The next few years he filmed some TV movies and made guest appearances before returning in 1998 for the sequel to Cocoon. His final work was on the film Scenes from the "Class Struggle in Beverly Hills" and that was it for Barret Oliver.
Much like Korsmo with no facts to back it up I think Barret simply got tired of acting and walked away from that life, Last reports ion 2004 placed him teaching photography in Los Angeles, California. His print work has been part of numerous gallery and museum exhibitions. He has also done the Wet-Plate process in Ireland for a Guinness commercial and in Romania for the motion picture Cold Mountain. In addition, he has written articles on photography and contributed to demonstrations and workshops. He also authored the book "A History of the Woodburytype." Woodburytypes are made from a 19th century photo-mechanical process.