Ashley Cox, a stunning brunette with an alluring presence, came into this world on November 15, 1956, in the vibrant city of Dallas, Texas, where she was welcomed by a loving family consisting of four siblings. Her early life was marked by a profound sense of loss when her father, whose presence had undoubtedly brought immense joy to her young life, tragically passed away when Cox was just ten years old.
This captivating Playboy Playmate of the Month, who graced the pages of the esteemed December 1977 issue of "Playboy", has also made a significant impact in the film industry, leaving a lasting legacy that continues to be felt to this day. One of her most notable performances, as the exasperated and endearing "Mary Louise" in the lighthearted comedy romp "Drive-In" (1976),is particularly memorable and has become a defining moment in her career.
Cox's television credits encompass a diverse range of guest appearances, showcasing her versatility as a performer, on the iconic shows "Vega$" in 1978 and "The Dukes of Hazzard" in 1979. Following her retirement from the acting profession in 1984, Cox made the decision to return to her roots in Texas, where she embarked on a new career path as a legal secretary. In addition to her work in the legal field, Cox also ventured into entrepreneurship, opening her own aerobics studio, demonstrating her ability to adapt and thrive in various settings.
Ashley Cox, a dedicated and nurturing individual, has been blessed with the role of a loving mother to two precious children, bringing immense joy and fulfillment to her life.
Throughout her life, Ashley has been fortunate enough to have experienced the beauty of marriage on multiple occasions, each union a unique and special chapter in her life's story.
Despite the demands and responsibilities that come with being a devoted mother and a wife, Ashley has consistently demonstrated an impressive ability to strike a harmonious balance between her personal and professional commitments, showcasing her remarkable poise, elegance, and inner strength.
