Equipment
Ingredients
Coffee Cream Infusion
- 250 ml heavy cream, liquid
- 30 g whole coffee beans
- 1 vanilla bean, split and scraped
- 115 g unsalted butter, cubed
- 5 g flaky sea salt
Caramel Base
- 400 g granulated sugar
- 150 g light corn syrup
- 60 ml water
Nutrition (per serving)
Nutrition is estimated per serving. Nutrients without complete source data are omitted.
Full nutrition
- Calories
- 60 kcal
- Protein
- 0 g
- Carbohydrates
- 8 g
- Fat
- 3 g
- Fiber
- 0 g
- Sugar
- 8 g
- Sodium
- 33 mg
- Saturated Fat
- 2 g
- Trans Fat
- 0 g
- Monounsaturated Fat
- 1 g
- Polyunsaturated Fat
- 0 g
- Cholesterol
- 8 mg
- Potassium
- 6 mg
- Calcium
- 4 mg
- Iron
- 0.0 mg
- Magnesium
- 1 mg
- Phosphorus
- 3 mg
- Zinc
- 0.0 mg
- Vitamin A
- 28 mcg
- Vitamin C
- 0 mg
- Vitamin D
- 0.1 mcg
- Vitamin E
- 0.1 mg
- Vitamin K
- 0 mcg
- Vitamin B12
- 0.0 mcg
- Riboflavin
- 0.01 mg
- Niacin
- 0.0 mg
- Folate
- 0 mcg
- Water
- 4 g
- Caffeine
- 4 mg
Sources: Aggregated Public Data, USDA FoodData Central
Method
Line a 20x20cm square baking pan with parchment paper, leaving an overhang on two sides for easy removal. Spray the parchment lightly with nonstick spray or grease with butter.
In a small saucepan, combine the heavy cream, whole coffee beans, and the scraped seeds and pod of the vanilla bean. Bring to a gentle simmer, then remove from heat, cover, and let steep for 20 minutes.
Strain the infused cream through a fine mesh strainer into a clean heatproof bowl, discarding the coffee beans and vanilla pod. Whisk the cubed unsalted butter and flaky sea salt into the warm cream until the butter melts entirely. Set aside and keep warm.
In a large, heavy-bottomed saucepan, combine the granulated sugar, light corn syrup, and water. Stir gently off the heat to moisten all the sugar, ensuring no dry spots remain.
Place the saucepan over medium-high heat and bring to a boil. Cook the sugar mixture without stirring, occasionally swirling the pan gently, until it reaches a deep amber color and a temperature of 170°C/338°F.
Remove the saucepan from the heat immediately. Carefully and slowly whisk in the warm cream and butter mixture. Caution: The mixture will bubble up violently and release hot steam.
Once the rapid bubbling subsides, return the pan to medium heat and attach a candy thermometer. Cook the mixture, stirring constantly with a heatproof spatula to prevent scorching the bottom, until it reaches exactly 118°C/245°F.
Remove from heat and immediately pour the hot caramel into the prepared baking pan. Do not scrape the bottom or sides of the saucepan to avoid incorporating any accidentally scorched bits.
Allow the caramel to cool at room temperature undisturbed for at least 4 hours, or until completely firm. Use the parchment overhang to lift the block out, cut into small rectangles with a sharp oiled knife, and wrap individually in wax paper.
Chef's Notes
- Warming the cream before deglazing is critical. Adding cold dairy to 170-degree sugar will cause the sugar to seize into a hard rock and boil over violently.
- Use a saucepan that is at least three times the volume of your raw ingredients to safely contain the rapid expansion during the deglazing step.
- The initial dry caramelization to a deep amber is where the complex, slightly bitter notes develop. Do not rush this step; the caramel should look like an old copper penny.
- When cutting the final cooled block, lightly coat your knife blade with a neutral oil to prevent sticking, and use a pressing motion rather than a sawing motion.
Storage
Refrigerator: 1 month — Bring to room temperature before eating for the best soft texture.
Freezer: 3 months — Wrap extremely well to prevent moisture absorption.
Troubleshooting
Caramels are grainy and crystallized
Cause: Sugar crystals formed during the initial boiling phase
Fix: Cannot be fixed as candy; repurpose by dissolving into hot coffee or milk
Prevention: Avoid stirring the sugar once it comes to a boil, and use the exact amount of corn syrup specified
Caramels are too hard or brittle
Cause: The final cooking temperature exceeded 118 degrees Celsius
Fix: Melt down gently with an additional 30ml of heavy cream and recast
Prevention: Calibrate your candy thermometer in boiling water before starting, and remove from heat precisely at target temperature
Caramels are too soft and will not hold their shape at room temperature
Cause: The final cooking temperature did not reach 118 degrees Celsius
Fix: Return to the saucepan, melt down gently over low heat, and cook again to the correct temperature
Prevention: Ensure the thermometer bulb is fully submerged in the mixture but not touching the bottom of the pan
Cultural Context
Caramels are a classic confection with roots in historic European patisserie. The dual-cooking method employed in this recipe honors traditional candy-making by building layers of caramelization: first manipulating the pure sucrose, then initiating the Maillard reaction by introducing milk proteins and fats.










