The Hot Toddy, the Queens, and Substituting Spirits by Strength
(This post is part of a series that I’m using to help write my next book, the new edition of 100 Classic Cocktails, and provide inspiration for home bartenders in these times of social distancing. Some of the recipes are ones I’m trying to workshop, and I’m asking my readers to test the recipes at home if able and send me their thoughts on the questions I have. Others are ones I think I’ve nailed that can be easily made with common household ingredients, and I’m sharing them to help my readers keep their spirits up while spending a lot more time at home than usual. I’ll always specify which is which. For more background on all of this, including the book, you can check out the first post in the series here. All posts will be tagged “(100) Classic Cocktails”.)
Without going into too much detail (I want to keep this round shorter than the last one, after all), I’d like to take a few minutes to discuss spirit strength, and the many ways it can affect one’s process.
Any distilled spirit will include ethanol and water in some proportion, as well as a variety of other substances that contribute flavor and texture. As a general rule of thumb, ethanol will be a better carrier for most of these other flavor chemicals than water will. It is thus often (if not necessarily) the case that stronger spirits will be able to deliver more flavor than weaker ones. At least, up to a point, after which the increase in the proportion of ethanol can overwhelm the palate and render any further increase in soluble flavors irrelevant.
Unless labelled as ‘cask strength’ or something similar, most distilled spirits - gin, whiskey, rum, etc. - are sold at a proof that is at most in the ballpark of 100º, which is to say 50% ethanol by volume and 50% water, the flavor chemicals being dissolved and making up a negligible percentage of the total volume. In the U.S. at least, they are also sold at at least 80º, which is to say 40% ethanol by volume and 60% water.*
A plurality of distilled spirits on the market are sold at exactly 80º, and the most common proof after that is almost certainly 100º, which is also the proof at which bonded spirits are sold.† In general, spirits also tend to cluster in strength around 80º and 100º even if they’re off by a few points, which makes these reasonable benchmarks for what a person is likely to have in their house. A 102º whiskey is probably a fair substitute for a 100º whiskey in a cocktail, and so on. (There is another, smaller cluster around 90º, which I’m not addressing for the time being.)
It will probably not surprise you to learn that my personal bar skews disproportionately towards higher-strength spirits, in part because I appreciate the flavor they can deliver, in part because I like how well they stand up in cocktails, and in part because the local and small-batch distillers that I tend to favor often make stronger spirits, in order to better showcase the quality of their work to audiences who don’t know them yet. This is perfectly fine for making cocktails at home, because high-proof spirits tend to hold up quite well against mixing, and using them allows you to match stronger flavors against them. But for testing cocktail recipes that are meant to be as universal as possible, having mostly high-proof spirits poses a problem.
Just to keep things clear, for the rest of this post, if I describe spirits as “high[er]-proof” or “high[er]-strength”, I mean they’re roughly 100º, and if I say “standard-proof” or “standard-strength”, I mean they’re about 80º.
Consider two ounces of 100º whiskey. In that, you have one ounce each of ethanol and water, as well as the flavors carried (mostly) by the ethanol. In two ounces of 80º whiskey, you have 4/5ths of an ounce of ethanol and associated carried flavors, and 1 1/5ths ounces of water. These will play differently in a cocktail - not necessarily enough to be noticed by every person or in every recipe, but enough that we can’t automatically assume that you can substitute one for the other in equal proportions. Both the respective total amounts of ethanol and water and the ratio between the two are different.
Now, given 1 3/4 oz. of high-proof whiskey, you end up with 7/8 oz. of ethanol instead. Let me switch to decimals to make this clearer: that works out to .875 oz. of ethanol, compared to .80 oz of ethanol in a 2 oz. pour of standard-proof whiskey and 1.00 oz. of ethanol in the same pour of 100º-whiskey.
In other words, 1 3/4 oz. of high-proof whiskey gives you an amount of ethanol (and ethanol-delivered flavor) that is closer to what you’d get from 2 oz. of standard-proof whiskey that 2 oz. of high-proof whiskey would supply. So much closer, in fact, that the difference between them is less than 1/13th of an ounce of ethanol, and appreciably less than the change you’d get from adjusting the total amount of either whiskey by a quarter of an ounce (which ranges from 1/10 oz. of ethanol to 1/8 oz. of ethanol in the 80º-100º spirit strength range).
My goal with this book is to compile benchmark recipes. I’m not a world-class cocktail bar trying to help you replicate their careful compositions exactly at home: I’m trying to give readers a good starting point that they can adapt to their own tastes and bar selections as needed. I want these recipes to be as good right out of the box as they can be, subject to reasonable expectations and constraints, but I’ve never seen a jigger that got down below the quarter-ounce range, and I don’t want to assume that my readers will have access to tools that even I don’t. All of which is to say, I’ve concluded that 1 3/4 oz. of high-proof whiskey and 2 oz. of standard-strength whiskey are going to be reasonably interchangeable to the standards I’m observing.
That said, they still aren’t perfect substitutes (and I haven’t really touched their different water contributions, either), and so it will be useful to check that assumption against some hard evidence from my *ahem* research team.
Onward to cocktails!
You’re getting a twofer again today. Our Quarantine Cocktail is the Hot Toddy, made yesterday because it was snowing here in Cambridge and there’s nothing better for winter weather. When making Hot Toddies or any other hot drinks, remember that you don’t want to heat the liquor directly. Ethanol is more volatile than water, so if you put into the pot for your toddy or hot apple cider, you’re just going to boil it off. Heat the non-alcoholic ingredients separately, then mix them with room-temperature alcohol.
Mug with moustache guard courtesy of the inimitable gift-giver Tristyn Wade.
Hot Toddy
~4 oz. Boiling Water
1 1/2 oz. Standard-Proof Whiskey OR 1 1/4 oz. High-Proof Whiskey
1 tsp. Sugar or Honey
Lemon Wheel
Cinnamon Stick
Heat water in a pot. Put sugar or honey in a mug with lemon wheel and cinnamon stick. When the water comes to a boil, remove it from heat and pour it into the mug. Stir until the sweetener is dissolved (the cinnamon stick is great for this). Add whiskey and serve.
The Hot Toddy is less a drink than a style of drink. You can substitute any spirit for whiskey here - though I’d recommend limiting yourself to aged ones - and you can used ground cinnamon instead of a stick, or substitute cloves or nutmeg to taste. Honey is a pretty traditional sweetener here, but I’m fond of using a sugar cube, which is simple, aesthetically pleasing, and conveniently about a teaspoon by volume.‡
Speaking of aesthetics: to make a lemon wheel, cut a lemon in half, then take one of those halves and slice off the now-exposed flat surface. It’s possibly the easiest garnish there is, and you still have a nearly complete lemon to use for juice if you wish. Lemon wheels float in water and look very pretty.
I’d be interested to hear how you liked the Hot Toddy with these proportions, and particularly which strength of whiskey you were using, once the weather gets cold enough to make these again.
- - - - -
Our next drink, the one I have more substantive questions about, is the Queens. The name refers to the borough of New York City rather than a collection of sovereigns, and it is in fact one of four boroughs that have classic drinks named after them. (Staten Island, you may be unsurprised to learn, does not.)
The Queens, alas, is the least classic of the bunch. Much like the stirred and fortified wine-d Brooklyn is the offbeat Luigi to the Manhattan’s mainstream Mario, the Queens feels at times like the weird sidekick to the Bronx - which is itself a weird drink, a perfect Martini with added orange juice. The Queens follows the same principle, but with pineapple replacing the orange.
Here’s the thing: It isn’t bad! It’s just very tricky to balance. This may in fact account for its low popularity, coming decidedly fourth on the list of borough-named cocktails in frequency of consumption. I’ve probably made more of them while testing this recipe than anyone else has in a single twenty-four hour period in the last hundred years.
And yet, I feel compelled to include it. First, the last edition of 100 Classic Cocktails has a subtle New York theme in the list of included drinks. Things that might not have made the cut in another book - the Bronx among them - were included if they tied into the Big Apple in some way. I consider that part of the book’s internal tradition, and want to take at least some of my cues from that. And second, the Queens itself is already in the book! Or at least a version of it is, going by the equally New York moniker of the Park Avenue.
So in it goes! After extended trials, I think I may have this recipe about right - but if I do, it’s a drink that requires a standard-strength gin, and I simply don’t have any left. Thus, for today’s Question Cocktail, I present to you the:
What a meteorological difference a day makes.
Queens Cocktail
1 1/2 oz. 80º Gin
1/2 oz. Dry Vermouth
1/2 oz. Sweet Vermouth
1/2 oz. Pineapple Juice
Shake with ice. Strain into a chilled cocktail glass.
I have been experimenting with giving this a dry shake and a wet shake as well, like I did with the Bee’s Knees. The pineapple gives off a nice little bit of foam when I do that, but I’m not convinced it does nearly as much as it did for the honey last time, and consequently I’m not considering that part of the recipe just yet. For extra credit, feel free to try a dry shake and let me know how it changes your opinion of the drink.
But the No. 1 question I have for those who are able to make this drink is is: do you like this balance with 1 1/2 oz. of standard-proof gin? Because what I have in my house is just a bit too strong to be sure.
As a final note, canned or bottled pineapple juice is generally fine (and even assumed) in cocktails, in contrast to many other fruits. Pineapples are harder to break down and juice than, say, lemons are, and the canned juice really isn’t bad. But if you’re feeling like a socially distant pineapple juicing session, please don’t let me stop you!
Notes
(*) Proof is a measurement that corresponds to twice the percentage of ethanol in a spirit and is indicated using the degree sign (º). Thus, a whiskey that contained 45% ethanol and 55% water could be described as ninety proof or 90º, both vocalized the same way.
(†) Bottled-in-bond is a U.S. government designation that’s been around for a very long time. Bonded spirits are, among other things, certified to be the product of a single distillery in a single distilling season (i.e., half a year), to be aged for four years, and to be bottled at exactly 100º. The consumer thus knows with certainty who made it, when, and where, and how strong the product is - all of which where much more commonly cast into doubt by unscrupulous spirits peddlers when the act was passed than is the case today. Spirits being bottle in bond is nowadays more often taken as an indication of quality or of confidence on the part of the distiller; as a guarantor of authenticity, it’s been largely superseded by other federal statutes.
(‡) This is, incidentally, one of two reasons I’m open to using teaspoons (1/6 oz.) but not any other measurements below a quarter of an ounce. The other is that most people have spoons in their house that, whether or not they’re meant to measure things, do in fact hold about a teaspoon.