Olivia Frazer, one of the cast members of Married At First Sight 2022, confirmed that she had with her co-star and boyfriend, Jackson Lonie. According to reports, Olivia broadcasted a question and answer session with her followers a few days earlier. Many of her followers took advantage of this opportunity to ask her weird questions. The Question Answer event was ongoing when a crazy follower asked her if she thought about making a video, and a lot of other followers also asked a similar question. As per the screenshots that Olivia Frazer posts on Instagram, she is among the best creators. Her performance puts her in the top one percent of creators.
Olivia Frazer and Jackson Lonie Leaked Video Viral
Jackson Lottie confessed to her that he attempted a with her, but said it would never see the light of day because it was a tragedy. Olivia left Australia after shooting an video, and Olivia will never let this story shine, but this is not a joke. Shortly, she described the process leading up to the actual recording of the, as well as the final outcome. Yea, I have thought about filming an, I have thought about filming an, but it was a terrible thing to happen. Therefore, the idea was dropped. Adding to her statement, she stated that when she started, she was going to show lingerie only and no socks, but afterwards she took two days and showed her breasts.
Olivia Frazer is a 27-year-old Australian born in New South Wales. She has a father named Dave, and a mother named Sandy. Despite her hard work to lose weight, she was able to lose 50 kg by the age of 22. In 2020, she had to face her father’s demise after taking a break from her dating life due to his terminal illness.
Professionals on the show say she entered MAFS in 2022 for a better chance of finding a suitable partner. Besides his involvement with Bondi Rescue, Olivia’s brother Tommy was also well known on TikTok for his lifeguard content. The reason he is able to manage almost 31k followers on TikTok is because of that. Keep up with the latest news and information by staying connected.