β¨ Let’s get into it β¨
π‘ TLDR
Hey girl, get ready to be served some major hair goals because Pamela Anderson just switched up her iconic blonde locks for a fiery copper red shade and it’s everything! πΆοΈ…
Hey girl, get ready to be served some major hair goals because Pamela Anderson just switched up her iconic blonde locks for a fiery copper red shade and it’s everything! πΆοΈ
Remember back in the day when Baywatch first dropped and Pammy was all about that beachy blonde? Well, she’s been experimenting with different hairdos for years now, but her light locks have always stayed put… until now! Last night in Paris, John Nollet, a badass hairstylist based in the city of love, gave Pammy a fresh new copper red color and a shaggy layered bob that falls just above her shoulders. The choppy layers add tons of texture and movement to the look, while side-swept bangs give it an undone, effortless vibe. πββοΈ
This hair transformation isn’t just for fun though, girl! It was specifically done for Pammy’s upcoming role in Love Is Not the Answer, a movie directed by Michael Cera and co-starring Steve Coogan. But let’s be real, this new look is so perfect on her that we hope she keeps it even after filming wraps! π€©
Pammy’s been embracing a more natural approach to beauty lately – remember when she showed up at Paris Fashion Week in 2023 with no makeup? Now she’s taken it to the next level with this bold new hair color. So, what do you think about Pammy’s hot new look, girl? Are you feeling the copper red vibes or are you all about that classic blonde? Let us know in the comments below! π¬π
β People Also Ask
Who did Pamela Anderson’s copper red hair transformation?
The details of the stylist responsible for Pamela Anderson’s copper red hair transformation are not explicitly mentioned in the article.
What makes Pamela Anderson’s copper red hair transformation unexpected?
The unexpectedness of Pamela Anderson’s copper red hair transformation lies in her history of blonde locks, marking a significant change in her appearance.
π¬ What do you think? Let us know in the comments! π