
Roasted Pears on Goat Cheese Mousse with Lavender Honey
A gourmet dessert where the sweetness of pears meets the enveloping creaminess of Goat Cheese, the fragrance of edible flowers, and the aromatic touch of lavender honey. A journey through textures, colors, and scents.
Ingredients
- Ripe but firm pears
180g180g - Goat cheese
160g160g - Fresh cream
60mL60mL - Powdered sugar
25g25g - Lavender honey
40g40g - Mixed edible flowers (violet, nasturtium, borage...)to taste
- Lemon juiceto taste
- Butter
10g10g - Fig cream
30g30g
Purchasable products
Soft Goat Cheese (approx. 0.25 KG)
1 product1 product € 6.90Lavender Honey
1 product1 product € 8.00CREAM WITH BALSAMIC VINEGAR OF MODENA PGI AND FIGS (150 ml)
1 product1 product € 3.80BLACK CHERRY PEARLS (50 gr)
€ 7.70
Preparation
- STEP 1 OF 3
In a mixer, blend the Goat Cheese with the cream and powdered sugar until you obtain a soft and velvety cream (you can slightly whip the cream beforehand for a more airy mousse). Refrigerate.
- STEP 2 OF 3
Peel the pears, slice them thinly, and drizzle with a little lemon juice. In a non-stick pan, melt the butter and roast the pear slices for 3-4 minutes on each side, until they are golden but still firm. At the end of cooking, add 2 tablespoons of lavender honey and glaze the pears for 1 minute.
- STEP 3 OF 3
Place the Goat Cheese mousse in the center of the plate, arrange the roasted pear slices in a radial pattern on top. Decorate with edible flowers and fresh leaves. Drizzle with the remaining lavender honey, and garnish with fig balsamic cream.
Suggestions
To impress:
General Information
Storage notes
To be assembled at the moment. The roasted pears and mousse can be stored separately in the fridge for 1 day.
Origin
Italia, Toscana
Analysis
Attention
Macronutrients (100 gr)
Attention
Energy (kcal) | 111.6 |
Carbohydrates (g) | 15.76 |
of which Sugars (g) | 15.71 |
Fat (g) | 5.26 |
of which Saturates (g) | 3.05 |
Protein (g) | 0.54 |
Fiber (g) | 1.47 |
- Proteins0.54g·2%
- Carbohydrates15.76g·68%
- Fats5.26g·23%
- Fibers1.47g·6%