With 90 grams of carbohydrates per serving, this isotonic sports drink is designed for elite athletes who consistently sustain high carbohydrate intakes.

• Max carbohydrate dose in a single serving
• Sustains optimal hydration
• No digestive issues

Product Description

Nrgy Drink 90 is designed for elite athletes who need to intake 90 grams of carbohydrates per hour but don't want to drink too much water.

An optimal carbohydrate (glucose-to-fructose) ratio of 1:0.8 ensures efficient absorption, while an adapted advanced electrolyte mix ensures that the intake does not disrupt the electrolyte balance, which could lead to digestive issues.

Carbohydrate ratio

Nrgy Drink 90 is based on the Nduranz Carbohydrate Ratio, a 1:0.8 ratio between glucose (maltodextrin) and fructose.

It is scientifically proven to be the optimal ratio, which allows the highest absorption of 90 grams of carbohydrates per hour without burdening your digestive system and causing digestive issues.

Electrolyte mix

Nrgy Drink 90 contains the Nduranz Electrolyte Mix, an advanced mix of minerals that matches the electrolytes you lose with sweat.

This mix enables optimal hydration during intense exercise without causing digestive issues, which are a common downside of many electrolyte formulas.

Nrgy Drink 90 is designed for races and extreme endurance challenges! 

Nrgy Drink 45 vs. Nrgy Drink 90

Nrgy Drink 90 is a sports drink adapted for higher energy intake. Although it offers the same amount of CHO per scoop (22.5 g) as Nrgy Drink, the amount of electrolytes and the strength of the taste are adapted to the higher amount in a single bottle.

This way, Nrgy Drink 90 ensures that you get just the right amount of electrolytes in one serving (4 scoops) and a suitably strong taste.

If you were to mix 2 portions of Nrgy Drink 45 (4 scoops) in a bottle, you would have double the amount of electrolytes in one bottle and a drink with an extremely strong taste. The former, in particular, opens up the possibility of digestive problems. 

Nrgy Drink 90 also allows you to intake more CHO with less fluid, as you can intake 90 grams with just 500 ml of water. Nrgy Drink requires 1000 ml of water for an intake of 90 grams.

Product Benefits

• Maximum carbohydrate intake in a single serving
• Sustains optimal hydration
• No digestive issues
• More energy with less fluid
• Prevents muscle cramps
• Preserves glycogen stores
• Simplifies fueling
• No artificial sweeteners
  

Recommended Use

Consume 1 serving per hour of intense exercise.

For one serving, mix 4 scoops with 500 ml of water and drink during exercise.

TIP: In hot conditions, you can use 750 ml of water.

Use the Nduranz Fuel Calculator to easily estimate your required energy intake during exercise.

Ingredients and Nutritional Values

	100 g	1 serving (96 g)
Energy	1563 kJ / 374 kcal	1500 kJ / 359 kcal
Total Fat	0 g	0 g
Saturated Fat	0 g	0 g
Total Carbohydrates	93 g	90 g
Sugars	52 g	50 g
Dietary Fibre	0 g	0 g
Protein	0 g	0 g
Salt	0.77 g	0.74 g
Nduranz Electrolyte Mix	1.14 g	1.09 g
Total Sodium	479 mg	460 mg
Total Chloride	547 mg	525 mg

Carbohydrate and electrolyte powder mix for drink preparation. Ingredients: maltodextrin, fructose, Nduranz Electrolyte Mix® (sodium chloride, sodium citrate, potassium chloride, tricalcium citrate, trimagnesium citrate), acidity regulator: citric acid, natural flavoring. No known allergens.

Carbohydrate and electrolyte powder mix for drink preparation. Ingredients*: maltodextrin (54%), fructose (43%), Nudranz Electrolyte Mix® (sodium chloride, sodium citrate, potassium chloride, calcium citrate, magnesium citrate), acidity regulator: citric acid; flavorings. May contain traces of egg, soya, oat (gluten), and milk. Net Weight: 1200g * Only flavors: Cola, Cucumber-Lime, Cranberry Ice Tea, Peach-Raspberry

Carbohydrate mix with electrolytes and flavoring. Ingredients: maltodextrin, fructose, Nduranz Electrolyte Mix® (sodium chloride, sodium citrate, potassium chloride, tricalcium citrate, trimagnesium citrate), flavoring. Net Weight: 1200g * Only flavor Pear No Citric Acid