
Classic ALLWHEY Cookies & Cream

ALLMAX Classic ALLWHEY offers a high 30g of protein but comes with higher calories and carbs, making it suitable for bulking or substantial protein boosts.
Score 70
ALLMAX Classic ALLWHEY offers a high 30g of protein but comes with higher calories and carbs, making it suitable for bulking or substantial protein boosts.
Analysis
ALLMAX Classic ALLWHEY Cookies & Cream stands out with an impressive 30 grams of protein per serving, but it also comes with a notable 190 calories, 2.5 grams of fat, and 11 grams of carbohydrates. This profile suggests a focus on higher caloric intake and potentially a blend of protein sources, making it a robust option for those looking to maximize protein intake alongside additional energy.
The Cookies & Cream flavor is typically very appealing, enhancing the consumption experience for those who prefer a more indulgent shake. This product is well-suited for individuals in a bulking phase, or as a more substantial meal replacement, providing significant protein for muscle recovery and growth along with the energy needed for intense training.
- Provides an excellent 30g of protein per serving for maximum muscle support.
- Appealing Cookies & Cream flavor for an enjoyable shake.
- Contains good amounts of calcium and potassium.
- Higher caloric and carbohydrate content can be beneficial for bulking phases.
- Very high in calories (190) and carbohydrates (11g), not suitable for lean or low-carb diets.
- Zero iron content.
- Cholesterol content is moderate.
- Contains dairy, which may cause issues for those with lactose intolerance or dairy allergies.
- Individuals monitoring caloric and carbohydrate intake should carefully consider this product's macro profile.
Vitacost | $ 64.99 | |
Amazon | $ 65.12 | |
| $ 82.36 |
| Ingredient | Amount per serving |
|---|---|
Calories | 190 Calorie(s) |
Total Fat | 2.5 Gram(s) |
Cholesterol | 60 mg |
Total Carbohydrates | 11 Gram(s) |
Protein | 30 Gram(s) |
Calcium | 180 mg |
Iron | 0 mg |
Sodium | 230 mg |
Potassium | 300 mg |

