Apricots change dramatically as they move from fresh fruit to dried or canned form, and so does their calorie density. This apricot calories per gram calculator gives you an accurate calorie estimate for fresh, dried, and canned apricots based on the weight of your portion. Enter your amount in grams, ounces, or as individual pieces, and the calculator converts everything to a per-gram basis so you can compare serving sizes with confidence.
The results break down total calories, caloric density (kcal per gram), and optional macronutrients including carbohydrates, sugars, fiber, protein, and fat. Whether you are tracking calories for weight management, logging macros in a nutrition app, or building a balanced meal plan, this tool makes portion math quick and clear. It is designed for everyday eaters, dietitians, students, and anyone who wants a simple, evidence-based starting point for apricot nutrition.
1 medium fresh apricot ≈ 35 g · 1 dried apricot half ≈ 8 g · 1 canned apricot half ≈ 45 g.
Step-by-Step Guide
Using this calculator takes only a moment. First, select the apricot form that matches what you are eating: fresh raw apricots, dried apricots, or canned apricots packed in light syrup. Each form has its own calorie density because water content and processing change the nutrition per gram. Next, enter the amount you plan to eat. You can type the number in grams, ounces, or pieces — the unit dropdown tells the calculator how to interpret the number. If you prefer not to type, the quick-fill buttons insert common starting points such as 100 g, 150 g, 1 oz, or 2 apricots.
Press Calculate calories and the result panel appears with your total calories, the caloric density in kcal per gram, and an optional macronutrient breakdown. Leave the macronutrient checkbox enabled to see carbohydrates, sugars, fiber, protein, and fat for your portion; untick it for a cleaner calorie-only result. Use the Reset button to clear the form and start over.
Worked Examples
Example 1: Fresh apricots by weight. You weigh 120 g of fresh apricots. The calculator uses 48 kcal per 100 g, so the result is (48 × 120) ÷ 100 = 57.6 kcal. That portion is about 4.2 oz and delivers roughly 13.3 g of carbohydrates and 2.4 g of fiber.
Example 2: Dried apricots by piece. You eat four dried apricot halves, which the calculator treats as about 8 g each, giving 32 g total. Dried apricots contain 241 kcal per 100 g, so the result is (241 × 32) ÷ 100 = 77.1 kcal. A small handful of dried fruit therefore rivals a whole 150 g bowl of fresh apricots (about 72 kcal) — a striking illustration of how drying concentrates energy.
Example 3: Canned apricots. One canned apricot half in light syrup weighs about 45 g including its share of syrup. Two halves give 90 g, and at 63 kcal per 100 g that works out to 56.7 kcal. If the same fruit were packed in heavy syrup instead, the value would be close to 75–80 kcal, which is why the syrup type matters.
Formula Explained
Calorie and macronutrient values come from standard nutrition references per 100 grams of edible portion (USDA FoodData Central). Nutrition data is converted to your portion using a simple proportion:
The same proportion is applied to carbohydrates, sugars, fiber, protein, and fat, keeping the whole breakdown internally consistent at any portion size. For ounces, the calculator first converts to grams using 1 oz = 28.3495 g. For pieces, it multiplies the count by the typical weight of one piece for the selected form, then applies the same per-100-gram ratios. Because everything is built on the per-gram basis, you can compare a 50 g snack of dried apricots with a 200 g serving of fresh ones on the same scale. These figures are laboratory averages, so individual fruit varies with variety, ripeness, and season — treat the result as a strong estimate rather than an exact measurement.
Reference Table
Typical values per 100 grams used by this calculator, based on USDA FoodData Central entries for raw apricots, dried sulfured apricots, and apricots canned in light syrup:
| Form | kcal | Carbs | Sugars | Fiber | Protein | Fat |
|---|---|---|---|---|---|---|
| Fresh raw apricots | 48 | 11.1 g | 9.2 g | 2.0 g | 1.4 g | 0.4 g |
| Dried apricots | 241 | 63.5 g | 53.4 g | 7.5 g | 3.4 g | 0.5 g |
| Canned apricots (light syrup) | 63 | 16.4 g | 15.4 g | 1.6 g | 0.6 g | 0.1 g |
As a quick rule of thumb, fresh apricots deliver about 0.48 kcal per gram, dried apricots about 2.41 kcal per gram, and canned apricots about 0.63 kcal per gram — dried apricots are roughly five times more energy-dense than fresh.
Tips & Best Practices
Weigh your portion before eating whenever possible; digital kitchen scales remove the guesswork that comes with piece-based estimates. When logging in an app, pick the apricot form you actually consumed — entering a dried apricot serving against a fresh apricot entry will undercount calories by a large margin. For canned fruit, read the label: light syrup, heavy syrup, and juice pack versions differ noticeably, with no-added-sugar options coming in lowest. Most dried apricots on the market are unsweetened or lightly sulfured, and the figures here reflect the standard unsweetened product.
Frequently Asked Questions
Why do dried apricots have so many more calories? Drying removes most of the water, concentrating natural sugars and fiber. The same weight of dried fruit therefore delivers roughly five times the calories of fresh fruit.
Does the syrup in canned apricots add calories? Yes, and the type of syrup matters. Fruit canned in heavy syrup can reach 80–90 kcal per 100 g, light syrup averages about 63 kcal, and water-packed versions can be closer to 40–45 kcal. Check the label on your can and adjust accordingly.
Are these values suitable for tracking apps? They match common USDA entries and are a solid starting point, but packaged products can differ — the label is always the final authority. Apricots are also a good source of vitamin A (mainly beta-carotene), vitamin C, and potassium, making them a genuinely nutritious sweet snack when portions stay reasonable. Learn more about apricot varieties and nutrition on Wikipedia.