How Many Teaspoons Is 60 Ml

You're standing over a mixing bowl, recipe in hand, and it calls for 60 ml of vanilla extract. Because of that, or maybe it's medicine for a kid who won't sit still. So the measuring spoons are in the drawer. The question hits: how many teaspoons is that, exactly?

It’s a simple conversion on paper. In a real kitchen? It’s where recipes go sideways.

What Is 60 ml in Teaspoons

The short answer: 12 teaspoons.

That’s using the standard US measurement where 1 teaspoon equals exactly 5 milliliters. 60 divided by 5 is 12. Clean math.

But here’s where it gets messy. Now, probably closer to 3 or 4 ml. In real terms, the spoon you stir coffee with? The plastic measuring spoon set you bought for $3? Practically speaking, could be 7. The heavy silver one from your grandmother’s set? Not every spoon in your drawer hits that 5 ml mark. Those are usually calibrated — but even then, manufacturing tolerances exist.

In metric countries, a "teaspoon" is often defined as 5 ml by law. In real terms, in the US, the FDA defines it as 5 ml for nutrition labeling. But culinary tradition? Because of that, it’s looser. That's why a traditional US teaspoon is 1/3 of a tablespoon, which is 1/2 fluid ounce, which comes out to 4. And 92892 ml. So 60 ml is technically 12.17 true* US teaspoons.

For cooking? But 12 is fine. So for baking? That 0.17 adds up. On top of that, for medication? You don’t guess.

The Tablespoon Shortcut

Since 1 tablespoon = 3 teaspoons = 15 ml, 60 ml is also 4 tablespoons. Sometimes it’s faster to grab the tablespoon measure four times than count out twelve tiny spoons. Less counting, less error.

Why It Matters

People treat volume conversions like trivia. They’re not. They’re the difference between a cake that rises and one that sits flat and sad in the pan.

Baking Is Chemistry

Flour, sugar, leaveners, fat, liquid — the ratios matter. The crumb tightens. Gluten develops differently. If you short it by 10% because your "teaspoon" was small, the hydration drops. Sixty ml of milk in a bread dough? The loaf doesn’t spring.

Same with oil in a genoise. In real terms, vanilla in a custard. Espresso in a tiramisu soak. Small volumes, high impact.

Medicine Is Not Cooking

This is the one I take seriously. And pediatric dosing often lands right in this range. Think about it: 60 ml is a common total volume for a course of liquid antibiotics. Now, the label says "5 ml every 8 hours. " That’s one calibrated teaspoon. Not a soup spoon. Not "about a teaspoon.

Parents reach for cutlery. " That’s a 3x variance. 3 ml per "teaspoon.On the flip side, 5 ml to 7. Studies show kitchen spoons deliver anywhere from 2.That's why on a narrow therapeutic index drug? Dangerous.

If you’re measuring medicine, use the syringe or dosing cup that came with the bottle. Period. Wash it, keep it, use it.

Cocktails Count Too

A daiquiri spec: 60 ml white rum, 22 ml lime, 18 ml simple. Also, that’s a 2 oz pour. This leads to bartenders use jiggers — 30 ml / 15 ml sides. Two fills of the large side. Done.

Home bartenders using teaspoons? In real terms, twelve pours. Twelve chances to wobble, spill, or lose count. Consider this: just use a jigger. Or a shot glass marked in ml.

How It Works: Measuring 60 ml Accurately

You have options. Some are better than others.

1. Liquid Measuring Cup (Best for Volume)

Glass or plastic, spouted, markings on the side. Pyrex, Anchor Hocking, OXO — they’re calibrated at eye level.

Set it on the counter. Plus, bend down. That's why read the bottom of the meniscus — the curve at the liquid’s surface — at the 60 ml line. Not from above. Day to day, pour. From the side.

This is the gold standard for water, milk, oil, broth, juice. Anything pourable.

2. Dry Measuring Cups (Don’t Use for Liquids)

The nested metal or plastic cups: 1 cup, 1/2, 1/3, 1/4. Still, they’re meant to be filled to the rim and leveled. With flour. Sugar. Rice.

Pour oil into a 1/4 cup measure (60 ml = 1/4 cup exactly). You’ll either spill getting it to the rim, or you’ll underfill because surface tension pulls a meniscus above the rim and you can’t see it clearly.

You can do it. It’s just sloppy. Don’t.

3. Measuring Spoons (Tedious but Works)

A proper set: 1 tbsp, 1 tsp, 1/2 tsp, 1/4 tsp, sometimes 1/8 tsp.

For 60 ml:

• 4 tablespoons (fastest)
• 12 teaspoons (slow, error-prone)
• 8 tablespoons + 2 teaspoons (why would you?)

If you’re doing spoons, do tablespoons. Four scoops. Level each with a straight edge — the back of a knife, a bench scraper. Don’t eyeball "level.

If you found this helpful, you might also enjoy how many cups in 10 liters or how many cups in 30 oz.

4. Digital Kitchen Scale (The Pro Move)

Weigh the liquid. Water-based liquids (milk, broth, juice, vanilla extract) are close enough to 1 g/ml that 60 g = 60 ml.

Oil is lighter — ~0.Honey is heavier — ~1.92 g/ml. So 60 ml oil ≈ 55 g. Day to day, 42 g/ml. 60 ml honey ≈ 85 g.

If your recipe gives weights, use them. No meniscus. No spoon counting. Still, done. On the flip side, if it doesn’t, and you have a scale, tare a container, pour to 60 g (for water-thin liquids). No spout drips.

This is how professional bakeries work. Volume is for home recipes. Weight is for consistency.

5. Syringes and Dosing Cups (For Medicine)

Oral syringes: 1 ml, 5 ml, 10 ml sizes. Because of that, push the plunger, draw, read the rubber stopper line. Dead accurate.

Dosing cups: molded plastic, raised markings. Pour, set flat, read at eye level. Day to day, good for 5–30 ml doses. For 60 ml total, you’d fill a 30 ml cup twice.

Keep these with the meds. Also, don’t lose them. Don’t wash them in the dishwasher — heat warps the plastic and distorts markings.

Common Mistakes / What Most People Get Wrong

Using Cutlery Spoons

I’ve said it. They vary wildly. So i’ll say it again. Practically speaking, the spoon you eat cereal with is not a teaspoon. The one you stir tea with is not a teaspoon. Stop.

Measuring Over the Bowl

You hold the measuring spoon over your mixing bowl, pour vanilla, it overflows, the extra drops into the batter. Now you have 60 ml plus* whatever spilled.

Measure away* from the bowl. Think about it: over the sink. Day to day, over a small ramekin. Then pour the measured amount in.

Not

Common Mistakes (continued)

• Not using a level surface – Even a slightly tilted counter can make a meniscus look higher or lower than it really is. Always place your measuring cup on a flat, stable surface and view it at eye level. The “eye‑level” rule is non‑negotiable for any volume work.

• Not calibrating your scale – A cheap digital kitchen scale can be off by a gram or two right out of the box. Before you start weighing, do a quick calibration check: place a known weight (a 100 g bag of sugar, a 50 g nut mix) and see if the display matches. If it doesn’t, follow the manufacturer’s calibration routine or use a reference weight.

• Not checking for meniscus – Even with a measuring cup, surface tension creates a curved surface (the meniscus). For liquids that cling (honey, syrup, oil), read the bottom of the curve, not the top. Tilting the cup slightly can help you see the true level.

• Not cleaning tools between ingredients – Residual sugar or flour in a cup can affect the weight or volume of the next ingredient, especially when you’re switching from dry to liquid measures. A quick rinse or wipe‑down keeps each measurement independent.

• Not accounting for temperature – Cold honey is viscous and will settle differently than room‑temperature honey. Warm liquids expand slightly, which can throw off a 60 ml target if you’re relying on volume alone. When precision matters, weigh after the liquid has reached the temperature specified in the recipe.

Bottom Line: The Smartest Way to Measure 60 ml

If you’re serious about consistency—whether you’re baking a cake, formulating a sauce, or mixing a cocktail—the digital kitchen scale is the only tool that eliminates the guesswork of meniscus, surface tension, and spillage. A quick tare, a pour to the exact gram (60 g for water‑thin liquids, adjusted for oil or honey), and you’re done.

When a scale isn’t available, fall back to the measuring cup method, but treat it like a ritual: fill to the rim, level with a straight edge, and read at eye level. Avoid the temptation to “eyeball” or pour over the bowl—those shortcuts add invisible error.

For the truly precise (think pharmaceutical dosing or laboratory work), keep a syringe or dosing cup on hand. They give you sub‑milliliter accuracy and are worth the extra cost if you need it.

In short, 60 ml measured by weight is the gold standard; measured by volume is acceptable if you respect the technique; measured by spoons is a last‑resort marathon. Choose your tool wisely, respect the process, and your recipes will become predictably repeatable every single time.