Yahoo is using AI to generate takeaways from this article. This means the info may not always match what’s in the article. Reporting mistakes helps us improve the experience.Generate Key Takeaways
Kate Middleton might be known for her flawless chestnut mane, but the royal’s most recent public appearance suggests she’s ready to lighten the mood — literally.
On Tuesday, April 29 — which happens to be the date of her 14th wedding anniversary with Prince William — the Princess of Wales stunned onlookers in the Scottish town of Tobermory on the Isle of Mull with her glossy golden locks, which appeared to have been recently highlighted.
🎬SIGN UP for Parade’s Daily newsletter to get the latest pop culture news & celebrity interviews delivered right to your inbox🎬
Her sun-kissed new style was a perfect complement to her casual but stylish outfit of a tweed blazer over a button-down shirt, which coordinated with Prince William’s attire.
Kate MiddletonPhoto by Samir Hussein/WireImage/Getty
Fans reacted to Kate’s summer-ready hue on social media, with royal-watchers raving about the look.
“These colors are so fun and flattering for spring and summer. It also brings brightness to her face that is needed right now. She wants to look vibrant and healthy and her darker hair washed her out too much. I think this looks GREAT!” gushed one person.
“It suits her,” agreed someone else, with another fan adding, “It looks fabulous! Gorgeous Catherine, just gorgeous!”
The royal couple’s anniversary trip to Scotland held special meaning, as they met and fell in love at the University of St. Andrews in 2005 while both studied Art History, according to People.
In addition to visiting a town hall and meeting with local artisans and residents during their stay in Scotland, William and Kate plan to meet with a group of schoolchildren who will join the couple to learn about Iona, a tiny neighboring island considered to be one of the country’s “most precious habitats.”
Related: Kate Middleton and Prince William Set to Break Longstanding Royal Tradition