Perfect Fries
I quickly became acquainted with the long and painstaking evolution of the perfect fry. Hours of cutting, soaking, rinsing, re-rinsing, frying, cooling, and re-frying go into this classic burger accompaniment. French fries are not just fried potatoes.
I quickly became acquainted with the long and painstaking evolution of the perfect fry. Hours of cutting, soaking, rinsing, re-rinsing, frying, cooling, and re-frying go into this classic burger accompaniment. French fries are not just fried potatoes.
- Carbohydrate 333.3915 g
- Cholesterol 0 mg
- Fat 865.475999274945 g
- Fiber 23.9849991202354 g
- Protein 39.483 g
- Saturated Fat 146.384999877466 g
- Serving Size 1 1 Recipe (2709g)
- Sodium 243.4062 mg
- Sugar 309.406500879765 g
- Trans Fat 42.7603499644723 g
- Calories 9095 calories
Step-by-step
- Cut the potatoes lengthwise into 1/4-inch-thick slices, then cut each slice lengthwise into 1/4-inch-thick fries. Put the fries in a large bowl of cold water and refrigerate for at least 1 hour or up to 8 hours.
- Heat the oil in a heavy-bottomed medium stockpot over medium heat, or in a tabletop deep fryer, to 325° F. Line a baking sheet with paper towels and set aside.
- Drain the fries well and pat dry in batches with paper towels. Fry each batch, turning frequently, for 3 to 4 minutes or until the fries are a pale blond color and limp. Remove with a mesh skimmer to the baking sheet lined with paper towels.
- Increase the heat of the oil to 375° F.
- Fry the potatoes again, in batches, turning frequently, until golden brown, 3 to 4 minutes. Remove with the skimmer and drain on clean paper towels. Season immediately with salt and serve hot.
Achieving crisp exterior textures while maintaining a fluffy interior requires gelatinizing starches at two distinct thermal thresholds. Russet potatoes contain high amounts of starch and low moisture relative to waxy varieties, making them the superior choice for this preparation. Cutting them into precise one-quarter-inch batons maximizes surface area relative to mass, which dictates heat transfer rates during the cooking process. Soaking these cut potatoes in cold water for a minimum of one hour removes excess surface sugars that would otherwise brown prematurely and taste bitter before the interior is cooked through. Thoroughly drying the batons with paper towels prior to frying prevents dangerous oil splattering and surface steaming. The dual-temperature method relies on a 325 degrees Fahrenheit first bath to cook the interior and gelatinize the internal starches without developing heavy color. Removing the potatoes at the pale blond, limp stage allows excess moisture to evaporate off the surface. Raising the oil temperature to 375 degrees Fahrenheit for the second immersion flash-vaporizes remaining surface water and sets the rigid starch matrix into a golden brown crust. Working in small batches is critical because dropping too many cold potatoes into the pot at once causes the oil temperature to plummet, leading to greasy, soggy results rather than rapid frying. Salting the batch immediately upon removal from the hot oil utilizes residual surface fat to adhere the seasoning grains before the exterior cools and seals. Managing this sequence in a home kitchen requires maintaining strict temperature control with a clip-on thermometer rather than relying on visual cues alone. Peanut oil provides a high smoke point around 450 degrees Fahrenheit, allowing prolonged high-heat usage without acrolein formation or off-flavors transferring to the potato starches. Canola oil serves as a viable substitute at a one-to-one ratio if peanut allergies are a concern in the cooking environment.
