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Savory Beet Macarons with Whipped Goat Cheese & Walnut Crunch

Indulge in the luxurious taste of savory beet macarons filled with whipped goat cheese and walnut crunch, offering a delightful contrast of textures and flavors.
Prep Time30 minutes
Cook Time18 minutes
Total Time48 minutes
Course: Appetizer, Snack
Cuisine: French, Mediterranean
Keyword: Beetroot, Goat Cheese, Gourmet, savory macarons, Walnut
Servings: 12 pieces
Calories: 120kcal

Ingredients

Macaron Shell Ingredients

  • 100 g almond flour Finely ground nut flour that imparts a rich and buttery flavor.
  • 100 g powdered sugar Balances the savory notes of the macarons.
  • 10 g beetroot powder Infuses the shells with color and a hint of sweetness.
  • 2 large egg whites Crucial for structure; whip until stiff peaks form.

Filling Ingredients

  • 100 g goat cheese Provides a tangy depth to the filling.
  • 50 ml cream Enhances the richness of the filling.
  • 1 pinch salt Essential for seasoning.
  • 1 pinch pepper Enhances flavors in the filling.
  • 50 g walnuts Chopped for a crunchy texture in the filling.

Instructions

Preparation

  • Preheat your oven to 160°C (320°F).
  • In a mixing bowl, combine the almond flour, powdered sugar, and beetroot powder.
  • In a separate bowl, whip the egg whites until stiff peaks form.
  • Gently fold the whipped egg whites into the dry ingredients.
  • Using a piping bag, pipe the mixture onto a parchment-lined baking sheet, spacing them about 3 cm apart.
  • Allow the piped macarons to sit for 30 minutes to form a skin.

Baking

  • Bake the macarons for 15-18 minutes or until they have a firm, dry exterior.

Filling Preparation

  • Whip together goat cheese, cream, salt, and pepper until light and airy.
  • Finely chop the walnuts and fold them into the goat cheese mixture.

Assembly

  • Spread or pipe a generous layer of the whipped filling between two macaron shells.
  • Press the shells gently together.

Notes

Ensure your mixing bowl and beaters are grease-free before whipping egg whites. Practice piping techniques for uniformity.