Caramel Banana Chocolate Chip Ice Cream
Submitted by JenR
Homemade caramel banana ice cream with chocolate chips, made from real caramelized sugar, heavy cream, egg yolks, and smashed bananas. Rich, custardy, and worth the churn.
YIELD
12 servingsPREP
20 minCOOK
20 minREADY
3 hrsForget the freezer aisle. This is what real ice cream tastes like.
You start by caramelizing sugar on the stovetop until it turns a deep amber, then shock it with heavy cream and half-and-half for a butterscotch-rich base.
Smashed ripe bananas fold into the custard, and chocolate chips get stirred in before the whole thing hits the ice cream maker.
The result is creamy, deeply caramelized, and loaded with banana flavor that no extract could ever fake.
Chef Tips
- Use very ripe bananas with lots of brown spots. They’re sweeter, more fragrant, and mash into the custard seamlessly.
- When adding cream to the hot caramel, pour slowly and stand back. It sputters and steams aggressively. A long-handled whisk keeps your hands safe.
- Don’t rush the caramelization. Let the sugar go past light gold to a rich amber. That’s where the deep, toasty flavor lives.
- Chill the custard base completely before churning. A cold base freezes faster and produces a smoother, creamier texture.
Ingredients
Directions
Peel the bananas.
Using a slotted spoon, smash them to a rough-textured consistency in a stainless steel bowl.
Cover with film wrap and set aside.
Place ½ cup of sugar and the lemon juice in a 2½-qt saucepan.
Stir with a whisk to combine (the sugar will resemble moist sand).
Caramelize the sugar for 5 to 6 minutes over medium-high heat, stirring constantly with a whisk to break up any lumps (the sugar will first turn clear as it liquefies, then light brown as it caramelizes).
Reduce the heat to medium.
Carefully and slowly pour the heavy cream, then the half-and-half into the caramelized sugar (the mixture will steam and boil rapidly as the cream is added).
Add ½ cup of sugar and whisk to dissolve.
Bring to a boil, about 5 minutes.
Combine all the ingredients and freeze.
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