These handwritten caramels take a patient, old-fashioned approach: three cups of milk go into the saucepan in stages, with cooking between each addition. Sugar and light corn syrup form the base, while butter, salt, and vanilla round out the sweetness. The card relies on the cold-water candy test rather than a thermometer, first calling for a firm ball and later a hard ball. That makes this a particularly interesting example of home candy making, where the cook judged readiness by feel. An optional handful of nuts or coconut offers a little texture, but the plain version keeps the focus on the milk-rich caramel itself. Cut into small pieces and individually wrapped, these sweets suit a holiday candy plate or a homemade gift.
Ingredients
- 2 cups granulated sugar
- 1 cup light corn syrup
- 3 cups milk (divided into three 1-cup portions)
- ¼ cup butter (plus extra for greasing the pan)
- ½ tsp salt
- 1 tsp vanilla extract
- nuts (or shredded coconut, optional)
Instructions
Step 1: Prepare the pan
- Grease an 8-inch square pan with butter.
- Set it on a heatproof surface.
- Have a small bowl of cold water ready for testing the candy.
Step 2: Dissolve the sugar
- Place the sugar, light corn syrup, and 1 cup of the milk in a large, heavy-bottomed saucepan.
- Heat gently, stirring until the sugar dissolves.
- Use a saucepan with plenty of room for the mixture to bubble up.
Step 3: Cook to a firm ball
- Continue cooking, stirring frequently and scraping the bottom to prevent scorching.
- Periodically drop a small amount of the mixture into cold water.
- Continue until the cooled sample forms a firm, pliable ball that holds its shape when lifted from the water.
Step 4: Add the second cup of milk
- Slowly add the second 1 cup of milk, stirring carefully as the mixture bubbles.
- Continue cooking and stirring frequently.
- Repeat the cold-water test until the mixture again forms a firm ball.
Step 5: Add the remaining milk, butter, and salt
- Slowly stir in the final 1 cup of milk.
- Add the butter and salt.
- Continue cooking, stirring frequently, until a small sample dropped into cold water forms a hard ball.
- The card specifically calls for a hard ball at this stage. The cooled sample should hold its shape and feel noticeably firmer than the earlier samples, though it should still yield under pressure.
Step 6: Finish the caramel
- Remove the saucepan from the heat.
- Carefully stir in the vanilla extract.
- If using nuts or coconut, stir them in now. The card lists these as optional but does not specify when to add them.
Step 7: Pour and cool
- Immediately pour the hot caramel into the prepared pan.
- Allow it to cool completely at room temperature until firm enough to cut, approximately 3 hours.
Step 8: Cut and wrap
- Turn the cooled caramel out onto a cutting board.
- Cut into approximately 64 small pieces with a lightly buttered knife.
- Wrap the pieces individually in waxed paper or candy wrappers.
Tips
- Allow enough saucepan space. Milk candy can foam considerably, especially when another portion of milk is added.
- Measure the milk in advance. Keep three separate 1-cup portions ready so the staged additions are easy to follow.
- Stir across the bottom. A heatproof spatula helps reach the corners where the milk mixture can catch.
- Test cooled samples only. Hot sugar causes serious burns. Let each cold-water sample cool before handling it.
- Follow the card’s final texture cue. Its hard-ball endpoint produces a firmer candy than recipes stopped at an earlier stage.
- Try the optional nuts. Chopped pecans or walnuts would suit the caramel; the card leaves the variety and amount open.
- Try coconut instead. Stir in a modest amount of shredded coconut before pouring, keeping the mixture easy to spread.
- Wrap after cutting. Individual wrappers help prevent the pieces from sticking together.
Nutrition
Calories: 57kcalCarbohydrates: 12gProtein: 0.4gFat: 1.1gSaturated Fat: 0.7gPolyunsaturated Fat: 0.04gMonounsaturated Fat: 0.3gTrans Fat: 0.03gCholesterol: 3mgSodium: 30mgPotassium: 16mgSugar: 10gVitamin A: 38IUCalcium: 14mgIron: 0.01mg