Space-Age Supermodel Shoots

The Agyness Deyn Stern Magazine Shots are Futuristic

Don't be fooled by the edgy and eccentric looks of this sci-fi fashion shoot; what you're seeing isn't the latest Lady Gaga spread, but rather, the hot new Agyness Deyn Stern Magazine September 2011 editorial. Shot by Damon Baker, the English supermodel takes on a variety of intergalactic-inspired styles, complete with futuristic heels that would make even the 'Born This Way' singer herself envious.

While these aren't exactly the looks I'm used to seeing Deyn sport, this shoot has quickly become one of my favorites of the season -- and it doesn't hurt that she's styled in some of the hottest new designs from the likes of Dolce & Gabbana and Marc Jacobs.

If you're in need of some serious fall fashion inspiration, check out the Agyness Deyn Stern Magazine September 2011 issue for badass looks that are out of this world.

Sci-fi Fashion
Opportunity for designers to explore futuristic elements in their designs and create unique, otherworldly fashion trends.
Interstellar-inspired Styles
Chance for fashion brands to incorporate space-age elements into their collections, elevating the fashion industry to celestial heights.
Futuristic Footwear
Innovation potential for footwear designers to create cutting-edge, avant-garde heels that merge fashion with advanced technology and materials.

Where This Applies

Fashion
Fashion brands can tap into the sci-fi trend, pushing boundaries and introducing futuristic designs on the runway and in everyday fashion.
Magazine Publishing
Opportunity for magazine publishers to feature and support unconventional and visionary editorials that embrace the sci-fi aesthetic.
Footwear
Footwear industry can capitalize on the demand for futuristic heels, producing innovative and fashion-forward shoe designs.
SCORE
4.4 out of 10
GENDER
30% Men70% Women
MARKETTop markets: North America, Europe
GENERATION
  • Gen Z
  • Gen Alpha
  • Gen X
  • Millennial (primary audience)
POPULARITY
Popularity 88%
Activity 37%
Freshness 8%