Wear an espresso martini while sipping an espresso martini.
The espresso martini has picked up popularity recently , so much so that the buzzy vodka beverage hasexploded into something of a phenomenon . Now , you may outwear your love for it on your sleeve or at least on your shoulder . Absolut is team up up with viral designer Nikolas Bentel for an espresso martini bag that looks just like the substantial thing .
The exclusive , limited - variation drop , which was much primed for holiday parties , is set for Friday , November 25 , or Black Friday .
" The goal of The Absolut Espresso Martini Handbag is to bring the iconic cocktail beyond the bar , onto the street , and into hoi polloi ’s homes , " Bentel say in the announcement . " Attention - grabbing , yet classic , there is a veridical tale to tell with this originative contrast : just like the timeless recipe , The Absolutions Espresso Martini Handbag is the unadulterated mixture of bluff complexity and classic nostalgia . "
Courtesy of Absolut
Along with the pocketbook launch , Absolut has partner with entertaining expert Hauste tocurate the Absolute Espresso Martini Mini Soiree Guide , so you may plan a holiday assemblage to show off your bag . The resource guide includes festive food pairings , playlists , innovation inspiration , a cocktail kit , and even manner recommendations .
" The Absolut Espresso Martini has acquire with our palates over clip and the popularity of the cocktail we discover in our methamphetamine hydrochloride today speaks to the brand ’s versatility and fixability , " Vice President of Marketing Matt Foley add in the announcement . " Our late campaign , ' brook to merge , ' personifies pop Absolut cocktail to cheer hoi polloi of all backgrounds to mix together , including the lively , attention - grab personality of the Espresso Martini , and we ’re thrilled to dimensionalize this for the holiday through special moments of conviviality . "
you’re able to snag theAbsolut Espresso Martini Handbag online next Friday for $ 199 .
Courtesy of Absolut
