Snickers Fudge Recipe (2024)

FAQs

How do you know when fudge is beaten enough? ›

After letting the fudge cool, it's time to beat it. It is important to stir constantly with a wooden spoon until the mixture starts to thicken and its surface starts to look dull or matte. Now is the time to stop beating and pour the fudge into a mould.

The main reason is that your Fudge has not reached the optimum temperature. If your mixture only reaches 110 or 112 degrees Celsius it will always be soft. That's why we recommend investing in a sugar thermometer. Another reason your Fudge is not setting is that the ratio of liquid to sugar is too high.

INGREDIENTS: SUGAR, PEANUTS, GLUCOSE SYRUP, SKIMMED MILK POWDER, COCOA BUTTER, COCOA MASS, SUNFLOWER OIL, PALM FAT, LACTOSE AND PROTEIN FROM WHEY (FROM MILK), WHEY POWDER (FROM MILK), MILK FAT, EMULSIFIER (SOYA LECITHIN), SALT, COCONUT OIL, EGG WHITE POWDER, NATURAL VANILLA EXTRACT, MILK PROTEIN, MILK CHOCOLATE ...

Stir the ingredients to dissolve the sugar until the mixture comes to a boil. If your recipe uses milk, stirring will keep the mixture from curdling. But once it reaches about 236–238 degrees F/113–114 degrees C (the "soft-ball" stage), do not stir it or even shake the pan.

Once the sugar has dissolved and the mixture has come to a boil, do not stir it. If you do, the sugar can crystallize, giving your fudge a gritty texture. As you beat the fudge, pay attention to color and texture. Once the fudge loses its sheen and thickens, put down your spoon.

Once a seed crystal forms, it grows bigger and bigger as the fudge cools. A lot of big crystals in fudge makes it grainy. By letting the fudge cool without stirring, you avoid creating seed crystals.

OPTION 3) Sieve together some powdered sugar and cocoa powder, and gradually work this into your unset fudge until it reaches the consistency of dough, then roll out and cut into squares, or shape into balls and then roll in powdered sugar (roll the balls in icing sugar, not yourself).

Beating the cooled batter is one of the crucial steps of fudge-making, but overbeating can turn fudge hard as a rock. Pay close attention to the change in appearance and only beat the fudge until it loses its glossy sheen.

Too cooked

This fudge was cooked to a temperature of 118 °C (244 °F). At this temperature, the sugar is too concentrated and there is not enough water left to form syrup around sugar crystals. The result is hard and brittle fudge. To save the fudge, put it in a saucepan with 45 to 60 ml (3 or 4 tbsp.)

What did Snickers used to be called? ›

The original brand name for Snickers was Marathon Bar. The nutty chocolate bar, which is made up of peanuts, nougat, caramel and chocolate, was actually known as Snickers around the world - except in the UK. But in 1990, its creators Mars chose to rebrand the chocolatey treat here to align with the rest of the brand.

Yes of course it does. The sugar is basically the same - glucose and fructose, perhaps other simple sugars, and perhaps some disaccharides. It depends on which fruit you're eating. Snickers bars are likely glucose and fructose, aka HFCS.

Snickers (stylized in all caps) is a brand of chocolate bar consisting of nougat topped with caramel and peanuts, all encased in milk chocolate.

Stir the ingredients to dissolve the sugar until the mixture comes to a boil. If your recipe uses milk, stirring will keep the mixture from curdling. But once it reaches about 236–238 degrees F/113–114 degrees C (the "soft-ball" stage), do not stir it or even shake the pan.

The amount of time you cook fudge directly affects its firmness. Too little time and the water won't evaporate, causing the fudge to be soft. Conversely, cook it too long and fudge won't contain enough water, making it hard with a dry, crumbly texture.

If your fudge fails to harden in the fridge, it means that you probably didn't cook it to the right temperature. Fudge is a candy, and that means it is extremely picky about temperature - fudge must be cooked to precisely 237–239 degrees Fahrenheit so that sugar forms the desired consistency when cooled.