If you've ever wondered what the Victoria's Secret Angels would look like without their good looks and incredible, flawless bodies, then the Victoria's Secret Angels FatBooth project is going to be a hoot for you.
As you may know, the iPhone has an app called FatBooth that allows you to upload a photo of yourself or someone else and, well, make it fat. The hilarious people at MTV Fora decided to do this with Victoria's Secret Angels, who are some of the most lusted-after women in the world, and share the results online.
Some of the models are still insanely pretty (Lily Aldrigde, are you even human?), some have such defined cheekbones that FatBooth cannot compete with (Chanel Iman, I'm looking at you) and the rest are just plain hysterical.
Check out the Victoria's Secret Angels FatBooth project by MTV Fora for some guaranteed laughs.
Obese Lingerie Models
The Victoria's Secret Angels FatBooth Project Puts 100 Pounds on Each Model
Trend Themes
1. Body Positivity Movement - The use of FatBooth app to portray famous lingerie models highlights the growing trend towards body positivity and acceptance.
2. Digital Transformation in Fashion Industry - The viral nature of the Victoria's Secret Angels FatBooth project demonstrates the potential for innovative digital marketing strategies in the fashion industry.
3. Humor and Satire in Advertising - The use of humor in the FatBooth project presents an opportunity for brands to engage with consumers through entertaining and tongue-in-cheek campaigns.
Industry Implications
1. Fashion Retail - FatBooth project showcases an opportunity for fashion retailers to embrace diverse body types and promote inclusive marketing strategies.
2. Digital Entertainment - The viral success of the Victoria's Secret Angels FatBooth project highlights the potential for innovative digital entertainment platforms and apps.
3. Advertising and Marketing - The use of satire and humor in the FatBooth project indicates a potential avenue for creative advertising and marketing campaigns that grab attention and generate buzz.