Pornstar Tory Lane

Torrey Lane is a famous American porn actress born in 1983. She began her career in the adult entertainment industry in 2004 and quickly gained popularity thanks to her unique appearance and talent for acting. Torrey Lane is from Florida, USA. Her real name is Laura Jane Hicks. She is of English, Irish and German descent. Before becoming a porn actress, she worked as a stripper and waitress. In 2005, Torrey Lane was named "Best New Face" at the AVN Awards, one of the most prestigious awards in the adult entertainment industry. The following year, she won the Best Supporting Actress - Video award for her role in Obsession. Torrey Lane is known for her love of extreme sports and outdoor activities. She is a fan of snowboarding, skateboarding and surfing. In addition, she is interested in martial arts and knows karate. In the porn industry, Torrey Lane has starred in a variety of genres, including lesbian scenes, anal sex and double penetration. She has also starred in several parodies of popular films and television shows, such as Batman XXX: A Parody and Sally's Sexual Adventures. Despite the fact that Torrey Lane has long since finished her career in the porn industry, her videos still remain popular among fans. Her works can be found on many sites specializing in pornography. One of Torrey Lane's most famous works is the film "The Sex Files: A Dark XXX Parody", where she played agent Dana Scully. The film was nominated for several awards and received positive reviews from critics. In addition, Torrey Lane has appeared in several documentaries about the porn industry, such as "Aroused" and "After Porn Ends 2". These films show the lives of porn actresses behind the scenes and talk about the difficulties they face in their profession. Overall, Torrey Lane is one of the most successful and popular porn actresses of her time. Her unique style and talent for acting have made her a favorite among fans and critics. Despite the fact that she has long since finished her career in the porn industry, her contribution to this area remains significant.