Doja Cat's Ray-Ban Meta Wayfarer Moment: Filming the VMAs Performance Intro

2025
Confidence score: 100 %*
*The confidence score is a percentage and describes on how sure we are that Doja Cat wore the mentioned sunglasses at a certain event.
Source: Media + human check
Ray-Ban Meta Wayfarer RW4012
Event Category > Media Events
Event > Press Event
Brand > Meta Glasses

Doja Cat was spotted wearing the Ray-Ban Meta Wayfarer Gen 2 while filming the introduction sequence for her MTV Video Music Awards performance, a moment that bridged high-tech eyewear with one of music’s most visually ambitious live shows. The singer, known for pushing creative boundaries, paired the sleek matte-framed smart glasses with a relaxed yet refined off-duty look — oversized jacket, loose-fit trousers, and minimal accessories that let the frames take center stage. The subdued, architectural silhouette of the Wayfarer Gen 2 complemented the behind-the-scenes setting, offering a grounded counterpoint to the elaborate costumes she would later wear on stage. With its discreet camera lens, slim temples, and open-ear audio, the glasses captured the quiet preparation before the spectacle. Filming the intro for an awards show known for its iconic fashion moments, Doja Cat made a deliberate choice by wearing smart eyewear that fused everyday utility with the classic Ray-Ban profile. It was a smart, understated move that underscored how integrated AI wearables have become in the daily rhythm of performers, even in the countdown to a major televised appearance.

About the Ray-Ban Meta Wayfarer RW4012 sunglasses

The Ray-Ban Meta Wayfarer RW4012 is a smart sunglasses model that merges the iconic Wayfarer silhouette with integrated technology. Crafted from durable acetate, it retains the recognizable design while incorporating advanced features. Typically available with polarized or solid lenses, it provides reliable visual clarity and sun protection. The frame is designed for everyday comfort, offering a secure fit while enabling seamless hands-free functionality.