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Jellied Cranberry Sauce

Jellied cranberry sauce made by simmering fresh cranberries, straining for a smooth ruby puree, then boiling briefly to set. It chills into a firm sliceable loaf with a clean, glossy jiggle.
Prep Time 10 minutes
Cook Time 15 minutes
Chilling 6 hours
Total Time 6 hours 25 minutes
Servings: 8 servings
Course: Side Dish
Cuisine: American
Calories: 250

Ingredients
  

Cranberries
  • 24 oz fresh cranberries
Sweetener and liquid
  • 2 cup sugar
  • 1.5 cup water
Flavoring
  • 1 tbsp lemon juice
  • 0.25 salt pinch

Equipment

  • 1 fine-mesh strainer
  • 1 mold
  • 1 loaf pan

Method
 

Cook and burst the berries
  1. Bring fresh cranberries, sugar, and water to a boil in a pot, stirring until the sugar dissolves. Simmer for 10 minutes, until all the berries burst and the mixture looks thickened.
Strain for a smooth jelly
  1. Press the hot mixture through a fine-mesh strainer, scraping the underside to push all the pulp through, and discard the skins. Keep straining until only dry skins remain in the strainer.
Finish and thicken
  1. Return the strained puree to the pot with lemon juice and salt, then bring to a boil. Boil for 3-4 minutes while stirring, until slightly thickened and glossy.
Set the loaf
  1. Pour the hot cranberry mixture into a lightly oiled mold, loaf pan, or clean can and smooth the top. Let it cool just enough to handle before chilling.
Chill and slice
  1. Chill at least 6 hours or overnight until firm. The center should feel fully set with no liquid wobble.
  2. Run a knife around the edge, invert onto a plate, and slice into rounds. Serve chilled for clean slices and a firm, jellied texture.

Notes

For the smoothest, fully jellied texture, strain while the puree is hot so the pulp passes easily; if the mixture seems too thick to pour, stir over low heat briefly. Refrigerate covered up to 5 days; freeze for up to 2 months, thaw overnight in the refrigerator. For a lower-sugar option, replace the sugar with a 1:1 baking substitute (check package guidance) since the set depends on the sugar-based concentration.