Homemade brittle gives this chocolate-hazelnut spread a mellow sweetness, with notes of caramel to bring out its nutty complexity. Like its commercial inspiration, this version is silky-smooth, but if you're craving a more dynamic texture, try our Crispy Homemade Nutella instead.
Why It Works
- Caramelizing the hazelnuts and sugar gives the spread a nutty caramel flavor.
- Hazelnut oil boosts the flavor of the spread.
- A small amount of water will liquefy the hazelnut brittle, for a smooth and creamy spread.
Read more: How to Make Nutella From Scratch
- Yield:About 3 cups
- Active time: About 25 minutes
- Total time:About 1 hour 25 minutes
- 3 ounces water (about 6 tablespoons; 85g)
- 4 ounces golden syrup or corn syrup (about 1/3 cup; 115g)
- 5 1/4 ounces sugar (about 3/4 cup; 150g)
- Shy 3/4 teaspoon (2.5g) Diamond Crystal kosher salt; for table salt, use about half as much by volume or the same weight
- 9 ounces hazelnuts, toasted, skinned, and roughly chopped (about 2 shy cups; 255g)
- Shy 1/2 teaspoon baking soda
- 1/2 ounce cocoa powder, preferably Dutch-process (about 2 heaping tablespoons; 15g)
- 4 ounces dark chocolate, roughly 60% cacao solids (about 2/3 cup, finely chopped; 115g), melted
- 1/2 ounce roasted-hazelnut oil or neutral oil (about 1 shy tablespoon; 15g)
- 4 ounces water (about 1/2 cup; 115g)
To Make the Brittle: Lightly grease a half-sheet pan and set aside. Combine water, golden syrup or corn syrup, sugar, salt, and prepared hazelnuts in a 3-quart saucier over medium heat. Scrape and stir with a heat-resistant spatula until sugar has dissolved and the candy begins to bubble around the edges, about 5 minutes. If this takes substantially more or less time, this is simply an indication that the heat level needs adjustment due to equipment variation.
Continue cooking and stirring until the candy darkens to a tawny amber or foxy brown, registering between 320 and 340°F (160 and 171°C) on a clip-on digital thermometer, about 10 to 12 minutes more depending on the desired temperature. (The risk of error is high with handheld thermometer styles, so be sure to use a clip-on.) For more delicate caramel notes and a cleaner hazelnut flavor, stop at the low end of that range; for a bolder, bittersweet flavor, aim for the higher end of the range.
Remove from heat, then immediately stir in baking soda, folding with the heat-resistant spatula until the candy is evenly foamy, then pour onto prepared sheet pan. Cool to room temperature, then proceed immediately to the next step. If the candy is allowed to sit out for extended periods of time after cooling, it will turn tacky and soft. Alternatively, wrap the cooled candy tightly in plastic and store in an airtight container for up to 1 week at cool room temperature or for several months in the fridge or freezer.
To Make the Chocolate-Hazelnut Spread: Break the brittle into pieces and transfer to the bowl of a food processor. Pulse several times to pulverize the candy, then let food processor run continuously until the brittle transforms into a thick, peanut butter–like paste. This typically takes between 3 and 5 minutes, but that range can vary substantially depending on the size and power of the machine.
Add cocoa powder and process until well distributed. With the machine still running, pour in melted chocolate, along with roasted-hazelnut oil. Scrape the blade and bowl, particularly around the bottom and in the corners, then continue processing until homogeneous and relatively smooth.
Pulse food processor while drizzling in remaining water in a steady stream. Process only as needed to incorporate the water and create a smooth and silky spread, as over-processing can break the emulsion. Transfer to an airtight container and store up to 1 month at cool room temperature or several months in the fridge. As is, the spread can be used over toast, crepes, and waffles; as a thin layer of cake or cupcake filling; as a filling for a fresh-fruit tart; or as a fudgy ice cream swirl, among other uses.
Troubleshooting: While adding water in the last step, excess processing may break the emulsion. Should this happen, additional water can be pulsed in as needed to restore the emulsion. This will salvage the spread and prevent waste, but its softer consistency and higher water content may make it unsuitable for some applications.