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Espresso Martini Test: I foamed around and found out (98% better?)
Most bottled cocktails are just shaking air into sugar and alcohol. When I saw a claim that a ready-to-drink Espresso Martini could actually produce real, stable foam, I had to put it to a proper stress test — 5.5 ounces, full shake, no shortcuts.
In this video, I nerd out on the science of crema and foam structure: why carbon dioxide trapped in emulsified coffee oils is the only way to get a foam that doesn’t collapse in five seconds. I’m testing Xtini to see if it actually solves the two biggest problems with Espresso Martinis — slow bar service and the dreaded Foam-O.
We break down why bartenders groan when you order an Espresso Martini, why cold brew lacks the structure for real foam, and what actually happens when you shake espresso with alcohol and sugar. Then I put it through a one-minute stability test and judge it on foam behavior, mouthfeel, consistency, and flavor.
What’s inside this test: why most Espresso Martinis fail, the science behind real crema vs cold brew foam, a 5.5oz shake with “H2O croutons,” and the final verdict on whether this one is actually bar-level. Spoiler: the foam holds, and the flavor is obnoxiously good — in the best possible way.
Product featured: Xtini The Espresso Martini.
https://drinkxtini.com/shop/
If there’s a cocktail, ingredient, or product that claims to fix a real bar problem, drop it in the comments and I’ll keep putting them to the test.
00:00 Bubble Wrap Test (Just Kidding)
00:24 The Claim: Can a Bottled Espresso Martini Work?
00:30 Why Espresso Martinis Are a Bar Problem
01:05 Foam Isn’t Magic — It’s Structure
01:55 Espresso vs Cold Brew: Why Foam Fails
02:45 What Actually Makes Foam Hold
03:30 What I’m Testing (Not Foam Height)
04:00 The 5.5oz Stress Test
04:40 One-Minute Foam Stability Check
05:10 The Flavor Test
05:50 Final Verdict: Is This Bar-Level?
#EspressoMartini #CocktailScience #BartenderLife #Xtini #Mixology #HomeBartender #DrinkReview #RTD #Cocktails #Espresso