Gingerbread Fudge Recipe - A New Christmas Classic (2024)

FAQs

What is the trick to making fudge? ›

You have to control two temperatures to make successful fudge: the cooking temperature AND the temperature at which the mixture cools before stirring to make it crystallize. Confectionery experiments have shown that the ideal cooking temperature for fudge is around 114 to 115 °C (237 to 239 °F).

If there is too much evaporation, when the cooking time is too long, there will not be enough water left in the fudge and it will be too hard.

Candy that isn't cooked long enough will end up too soft; overcooking makes fudge crumbly or hard. High-quality fudge has many small crystals. If the process of crystallization begins too early, fewer crystals form and they become much larger.

If the fudge is very soft and slightly chewy then it is possible that it did not quite cook to soft ball stage and next time the mixture should be cooked to a slightly higher temperature (soft ball is 112-116c/235-240F and a sugar or candy thermometer can help).

Grainy Fudge

To avoid this issue, swirl the pan instead of stirring it with a spoon. You can use a wet pastry brush to wipe down any sugar that sticks to the sides of the pot.

Avoid Stirring Once the Mixture Comes to a Simmer

Another key part of a successful fudge texture is when you stir the mixture. Stirring the sugar and milk during the initial stages of cooking allows the sugar to dissolve. However, once the mixture comes to a boil, it's time to put the spoon down.

How can you fix soft fudge? Put it in a microwave safe bowl that is large enough that it won't boil over. Reheat it to the boiling point and cook for about 3 more minutes. Then you can beat some powdered sugar into it if this doesn't make it set.

What is the most popular flavor of fudge? ›

After years of testing recipes, we're pretty sure we have a handle on the most popular fudge flavors, but chocolate and cherry will always rank high on the list.

A lot of big crystals in fudge makes it grainy. By letting the fudge cool without stirring, you avoid creating seed crystals. Stirring would help sucrose molecules "find" one another and start forming crystals.

Good use of failed fudge: fudge that is too hard, too soft, too runny, too sugary, too chewy, etc. Proportions are as follows: for every 2 cups (roughly 1 pound yield) of any failed fudge that is not runny, you'll need 1 egg, ½ cup all-purpose flour, and ½ cup milk. If fudge is soupy, halve the milk (to ¼ cup).

If you are using an electric whisk instead of hand beating your Homemade Fudge it's important to remember that this is a very easy way to overbeat Fudge. When Fudge is overbeaten it can also create a grainier texture on the tongue, so be extra careful when using electric equipment to beat your Homemade Fudge!

When the fudge cools to 110 degrees F/43 degrees C, beat the mixture vigorously with a wooden spoon until it's no longer glossy. Then you can stir in the nuts, or any other extra flavorings, and transfer it to the cooling pan. Adding Butter to Fudge | Photo by Meredith.

Avoid Stirring Once the Mixture Comes to a Simmer

Another key part of a successful fudge texture is when you stir the mixture. Stirring the sugar and milk during the initial stages of cooking allows the sugar to dissolve. However, once the mixture comes to a boil, it's time to put the spoon down.

Prevent Graininess Before It Starts

The most common reason for graininess is because you began beating or stirring it while the fudge was still cooling. It's best to wait until it's cooled to somewhere around 110 to 113 degrees to begin stirring.

Pour the mixture over the chocolate, being sure to shake, not scrape, the mixture from the pot. Set aside to cool for 10 to 12 minutes. (This prevents a grainy consistency.) Using the clean wooden spoon or a standing mixer on low speed, stir or beat the mixture until the chocolate is completely melted and incorporated.

According to most recipes, the ingredients of fudge are cooked to what is termed in kitchen parlance the soft ball stage, that point between 234 and 240 °F (112 and 115 °C) at which a small ball of the candy dropped in ice water neither disintegrates nor flattens when picked up with the fingers.