Try this Homemade Watermelon Sorbet recipe.
- Carbohydrate 1.89822083689174 g
- Cholesterol 0 mg
- Fat 0.00336000000284038 g
- Fiber 0.0406666674220644 g
- Protein 0.04199333347812 g
- Saturated Fat 0.000560000000473396 g
- Serving Size 1 1 Serving (16g)
- Sodium 0.605666667466266 mg
- Sugar 1.85755416946967 g
- Trans Fat 0.00201600000170423 g
- Calories 20 calories
Step-by-step
- Place all of the ingredients into a food processor and blend until smooth. I just threw everything into my blender!
- Line a rimmed baking sheet with wax or parchment paper so that it hangs over the sides.
- Pour your mixture onto the baking sheet and spread out evenly with a spatula. My mixture was liquid, so no need to use a spatula.
- Place the baking sheet into the freezer (it needs to sit flat so it doesn't spill) and freeze mixture until firm, about 2 hours. The mixture will be firm, but not solid like ice.
- Break up the frozen pieces and blend them together in a food processor to form a smooth sorbet. I found it easier to break it up and mix it together in a bowl with a wooden spoon.
- Serve immediately.
Water Content and Sugar Suppression
The ingredient quantities list water-heavy melon and acidic juice, but they omit the physics of ice crystal formation. Pure water freezes into large, needle-like crystals that yield an icy, unpleasant crunch rather than a creamy mouthfeel. Dissolved sugars and corn syrup lower the freezing point of the mixture, physically interrupting water molecules from bonding into rigid lattices. Adding exactly half a cup of light corn syrup alongside granulated sugar prevents solid block formation, ensuring the water only partially freezes into micro-crystals during the initial two-hour chilling window.
The Two-Stage Blending Method
Achieving structural integrity relies entirely on breaking down the frozen sheet at the correct consistency. Pouring the blended liquid onto a parchment-lined baking sheet creates a thin surface area that chills uniformly. When the timer hits two hours, check for a firm yet pliable texture that yields easily to a spoon rather than ringing hard against metal. Processing these chunks a second time introduces air into the cold matrix while shearing oversized ice crystals down into microscopic particles, transforming a brittle sheet into a velvety emulsion.
Controlling Temperature and Yield
Freezer ambient temperatures fluctuate wildly, meaning timing depends heavily on actual thermal output rather than clock time alone. Place the baking sheet on the coldest shelf of the freezer, typically near the back where temperatures hold steady at zero degrees Fahrenheit or lower. This recipe produces six servings, but leftovers degrade rapidly if stored improperly. Consume the batch immediately after the second spin for optimal texture, or store it in an airtight container for up to 48 hours before the crystal structure degrades into hard ice.
