Whipped Cream has a lightly sweet flavor and ethereally light texture that complements so many things in the dessert world. And while whipped cream is relatively easy to make, the technique does have some nuance. In this guide, we’ll walk through everything you need to know, from the science of whipped cream ingredients to the logic behind the mixing method so that you can make perfect whipped cream every time.

Welcome to the parent recipe for all other whipped cream recipes on my site. This guide includes all the background knowledge and techniques required to make all its child recipes, including the stabilized versions.

As written in the recipe card below, this recipe is ideal for any dessert that requires an unstructured topping, such as one-layer cakes, cheesecakes, pound cakes, and pies, or for light piping, as seen in the cupcake above. It can also help aerate various desserts when folded into things like mousses, pastry creams, puddings, and cake batters.

For more demanding applications (such as frostings and cake fillings) where the final structure of the whipped cream needs to stay intact, I highly recommend stabilizing it. I’ve researched 12 different methods and compiled them into a comprehensive guide {COMING SOON}. Heads up, though: my guide will direct you back here to get your bearings on whipped cream basics first, so I suggest reading this one and then moving over to the guide to make your selection. 

If you don’t need any additional stabilization, you’ll be all set with this recipe. Let’s get started!

What is whipped cream?

At its core, whipped cream is a <span class="def-term" data-term="foam">foam</span> created by whipping heavy cream and incorporating air. And to understand how this process works, we have to back up for a second and go over the anatomy of the main ingredient: heavy cream.

Cream is an <span class="def-term" data-term="oil-in-water-emulsion">oil-in-water emulsion</span>, where milkfat droplets (commonly referred to as “fat globules" or just “<span class="def-term" data-term="globule">globules</span>”) are dispersed throughout the water. As you move from dairy-based milks (containing 1, 2, or 3.5% milkfat) all the way up to dairy-based creams, the percentage of the milkfat floating around in the water increases.

Once you have enough milkfat and reach “cream territory” (or greater than 16%), you can make a milkfat-supported foam. And that’s because the milkfat plays a significant role in how the oil-in-water emulsion transforms into a foam, or whipped cream.

There are many ways to incorporate air or aerate heavy cream. Popular ways include using a hand (or stand) mixer fitted with a whisk attachment, a blender or food processor, a whipped cream canister charged with N₂O, or even a hand whisk and your arm if you have the patience. And what all of these things have in common is that they are vigorously mixing such that they essentially use force to disrupt the protective membrane surrounding the milkfat globules. This mixing also pulls in air bubbles into the cream. (A whipped cream canister works a little differently because the gas is incorporated under pressure rather than mechanically whipped into the cream.)

As we continue to mix and break apart enough milkfat globules in our cream, they'll want to reattach to each other. And they do this in a way that specifically surrounds the air bubbles.

In the cartoon above, you’ll see all the blue air bubbles, varying in size. The gray background represents water, which encases other things like sugars, proteins, extra nutrients, and some intact milkfat globules, since not all of them are disrupted during whipping. (in yellow). 

The disrupted milkfats (orange) migrate to the air bubbles, where they partially clump together and form a network that supports the foam. They do this largely because fat and water don’t like to mix. Whipping breaks open the fat globules and exposes more of that fat, which then moves toward the air bubbles where it can avoid the surrounding water.

How long and how vigorously you whip will affect the final texture of your whipped cream. 

💡TIP: Decide now what texture you’re looking for, and my instructions will tell you exactly when to stop to achieve it.

Use this graphic as a guide:

Another way we can control how well whipped cream whips up is by how much milkfat it has.

What cream is best for making whipped cream?

You can buy many different types of cream, with the main difference being their fat content. 

I whipped up creams with varying fat contents so we could visualize how they whip up:

💡TIP: Creams with a higher fat content whip faster and produce a firmer whipped cream. In almost all cases, I highly recommend using a cream with a fat content above 36%.

In my photo above, you can see how the cream gets firmer as you move from low to high milkfat content. There is a slight decrease once you hit 30%, which is interesting! I think what’s happening here is a transition point between milk-protein-supported air bubbles and milkfat-supported air bubbles. 

Initially, milk proteins surround and support the air bubbles. But as whipping breaks down more milkfat globules, the fats also want to gather around those bubbles and can push some of those proteins out of the way. So I wonder if the 30% is some sort of middle point. There's enough milkfat to start changing how the bubbles are supported, but not quite enough to form a strong fat network yet. The result, at least in my test, was a slightly less aerated foam.

The takeaway from this graphic is that 36% and above is best for any type of whipped cream with good aeration. I piped these swirls here from left to right, and by the time I got to 40%, the 16% cream already started deflating and leaking fluid. It simply doesn’t have enough milkfat to hold things together.

Ok, here’s the hard part when using the right fat content for your whipped cream. Sometimes the fat content is listed on the front of the packaging, but more often, companies use naming conventions instead. These are strict labeling standards defined by the FDA, and here’s how you can decipher them:

Although I’d like to use 40% milkfat creams, they're harder to find and a bit pricier. I found mine at Smart & Final, and I know that some restaurant supply stores often carry very high-fat creams as well. However, 36% heavy whipping cream should be sufficient for probably all home-baking-based desserts. Because it's the most readily available type in the US, I used it for all my experiments on my site and will always annotate if I deviate from this. Keep in mind, though, that if you do end up using 40% heavy whipping cream, you’ll get a slight boost in aeration and stability in terms of pressure, temperature, smoothing, and piping. 

US-based Whipped Cream often already contains stabilizers

Another difference between creams is that they usually already contain various stabilizers and gums in addition to the heavy cream. Dairy manufacturers do this to ensure the heavy cream doesn’t separate (into fat on top of water) or maintain their emulsion during high-heat pasteurization, and this, in turn, prolongs its shelf life. 

These stabilizers added during manufacturing are important to note because they not only keep the cream in liquid form but also stabilize the final whipped cream foam we’re trying to make. 

This detail matters because I will read/see claims that “whipped creams don’t need stabilizers” as theirs whips up nice and sturdy straight from the container with “no stabilizers”. I think this mostly stems from lack of information typically provided about ingredient functionality in recipes, and stabilizers in general will be covered in depth in my Whipped Cream stabilization guide.

Alright, those technical bits aside, let’s get into the ingredients and methods for making whipped cream.

What ingredients will you need to make Whipped Cream?

HEAVY WHIPPING CREAM is a dairy product that contains more than 36% milkfat. This provides enough milk fat to form a stable network around air bubbles as it is whipped. It’s super important to keep the cream cold, as it helps some of that fat remain partially solid, allowing the whipped cream to build structure and hold its shape. The heavy whipping cream I use for all of my demos and experiments contains 36% milkfat and carrageenan as a stabilizer.

POWDERED SUGAR should be sifted first if it is clumpy. Its fine particles dissolve quickly into the cream, which adds sweetness. Because there is far more water in the cream than sugar, it dissolves readily, creating a very dilute sugar syrup that encases the air bubbles in the whipped cream foam. You can substitute granulated sugar here, but be sure to use the weight measurements when making this swap.

VANILLA EXTRACT adds aromatic vanilla compounds that give the whipped cream a fuller, more rounded flavor.

What equipment will you need to make Whipped Cream?

There are many great ways to make whipped cream, and this recipe is applicable using the following:

HAND MIXER:
If you’re a beginner, I highly suggest using a hand mixer fitted with the whisks, if possible. I know some hand mixers only come with the paddle/flat beaters, and that will work too, but the process will take a little longer. A hand mixer is great because it offers both manual control and automatic high-speed mixing. You have to be present during the entire mixing process to hold the mixer and, in doing so, you can closely observe and feel the textural changes as they happen. 

STAND MIXER:
Once you are accustomed to your whipped cream recipe or you have a good amount of experience with your stand mixer, feel free to use one. Since almost the entire process is automated, watch the texture so you don't overmix, especially when running the mixer at high speeds. Going from cold heavy cream liquid to a slightly aerated, but runny foam usually takes the longest. However, going from a slightly aerated foam to very tight, evenly mixed whipped cream happens in a much shorter time span. I always compare stand mixers to driving a car that can go very fast. Don’t reach those high speeds until you know your car and the roads (or your mixer and the recipe ;) )

MANUAL WHISK:
‍You can certainly use a manual hand whisk and a bowl, but this does require a bit of effort and time. Just keep whisking until you match the textures I show for each step before moving forward with the recipe.

The key here is that I’m using a whisk attachment for all equipment types because it has multiple wires.
In other words, it’s the most efficient tool. However, you can make whipped cream using the flat beater/paddle attachments; it will just take a little longer. Here’s a handy dandy mixing tool cheat sheet outlining the stand mixer attachments, but they will work similarly to hand mixer attachments: