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Vegan Bread Machine Cinnamon Rolls

Vegan Bread Machine Cinnamon Rolls

Cost $8, save $12

Source: Recommended by CookPal

  • 135 Min
  • 18 Servings
  • $8

INGREDIENTS

  • Dough

    • 🥛 1 cup warm almond milk
    • ¼ cup vegan margarine, melted
    • ½ cup white sugar
    • 🧂 1 teaspoon salt
    • 1 teaspoon vanilla extract
    • 🌾 5 cups all-purpose flour
  • Yeast Mixture

    • 💧 ½ cup warm water
    • 1 tablespoon white sugar
    • 1 tablespoon yeast
  • Filling

    • ½ cup brown sugar
    • 🌰 ½ cup chopped walnuts, or more to taste
    • 1 ½ teaspoons ground cinnamon, or more to taste
  • Glaze

    • 1 cup powdered sugar
    • 🥛 2 tablespoons almond milk
    • 1 tablespoon vegan margarine, melted

STEPS

1

Add almond milk, melted vegan margarine, white sugar, salt, vanilla extract, and flour to the bread machine in the order listed. Start the Dough setting.

2

Mix warm water, sugar, and yeast in a glass and let proof for 15 minutes in a slightly warm oven.

3

Add the proofed yeast mixture to the bread machine and let it continue for 1 hour 45 minutes.

4

Remove the dough from the machine and roll it into a 12x18-inch rectangle.

5

Mix brown sugar, walnuts, and cinnamon in a bowl. Spread the mixture over the rolled-out dough.

6

Roll the dough into a log and slice it into 1-inch wide pieces. Place them cut-side up in a greased baking pan.

7

Preheat the oven to 400°F (200°C) briefly and turn it off. Place the rolls inside along with a bowl of boiling water to proof for 1 hour.

8

Remove the rolls and preheat the oven to 350°F (175°C). Bake for 15 minutes.

9

Mix powdered sugar, almond milk, and melted vegan margarine for the glaze.

10

Spread the glaze evenly over the baked cinnamon rolls.

NUTRIENTS

Per 1 serving

🔥

257

Calories

  • 4
    Protein
  • 47
    Carbs
  • 6
    Fats

💡 For added flavor, consider sprinkling raisins or dried cranberries in the filling.If you prefer a richer glaze, add a touch more almond milk for a thinner consistency.Proofing the yeast in a warm oven ensures optimal activity.