Calories in Nestle Classic French Vanilla High Protein Complete Nutritional Drink

Instrument — Food Profile
100g
Calories

93.00

kcal
Protein

6.33

g
Carbs

11.80

g
Fat

2.53

g
Fiber

1.30

g
Sugar

5.06

g

Curious about the nutritional profile of nestle classic french vanilla high protein complete nutritional drink? Whether you are tracking your macros or just want to know how many calories it contain, you are in the right place. A standard 100g serving of nestle classic french vanilla high protein complete nutritional drink provides 93.00 calories, 6.33g of protein, and 11.80g of carbs.

Serving Size Variations

Portion Size Calories Protein Carbs Fat
100g (Standard) 93.00 kcal 6.33g 11.80g 2.53g
1 oz (28g) 26 kcal 1.8g 3.3g 0.7g
1 BOTTLE (237g) 220 kcal 15.0g 28.0g 6.0g

Vitamins & Minerals

Nutrient Amount
Vitamin A 527.00 mcg
Vitamin C 25.30 mg
Vitamin D 101.00 mcg
Vitamin K 13.50 mcg
Riboflavin (B2) 0.18 mg
Niacin (B3) 1.69 mg
Pantothenic Acid (B5) 1.06 mg
Vitamin B6 0.30 mg
Vitamin B12 0.89 mcg
Calcium 148.00 mg
Iron 1.90 mg
Magnesium 42.00 mg
Potassium 169.00 mg
Sodium 84.00 mg
Zinc 1.90 mg
📊 Data Source: USDA FoodData Central Database (FDC ID: 2124800)
🩺 Reviewed by Ashwini Yadav Last Updated: July 2026

Nutrition FAQs

How much protein does nestle classic french vanilla high protein complete nutritional drink have?

It contains 6.33g of protein per 100g, which is moderate.

How many calories is in nestle classic french vanilla high protein complete nutritional drink?

100 grams of nestle classic french vanilla high protein complete nutritional drink contains exactly 93.00 calories.

How many calories is in 1 1 bottle of nestle classic french vanilla high protein complete nutritional drink?

A single 1 bottle (237g) of nestle classic french vanilla high protein complete nutritional drink provides 220 calories.

Is nestle classic french vanilla high protein complete nutritional drink keto-friendly?

No, nestle classic french vanilla high protein complete nutritional drink has 11.80g of carbs per 100g, which may disrupt ketosis.