Drink GU Roctane Energy Gel 32 g Sea salt/Chocolate

GU Roctane Energy Gel Sea Salt Chocolate 32 g
The GU Roctane Energy Gel Sea Salt Chocolate 32 g is a unique source of energy and nutrients for endurance efforts, especially during races. The gels contain essential amino acids to reduce fatigue and muscle damage. The base is maltodextrin and fructose, providing quick energy and sustained release. Caffeine from green tea extract (in most flavors) enhances focus and stimulates the nervous system. The caffeine content is optimized for dosing, ensuring lasting energy. The Roctane gel includes added BCAA, taurine, and beta-alanine. This blend delays muscle glycogen depletion, reduces lactic acid production, and supports mental focus. The product is 100% vegan and plant-based. Flavors are natural, such as refreshing fruit or real chocolate. The compact packaging (11 x 4.5 cm) fits easily into jersey pockets. The tapered top allows easy tear-opening during motion. The thick consistency prevents leakage.

Nutrition Facts per 1 packet (32g):

Per Packet% DV*

Special Blend
Roctane Amino Acid Blend: 1425 mg
(L-Leucine, Taurine, L-Valine, Beta-Alanine [CarnoSyn®], L-Isoleucine)

*% Daily Value based on a 2000 kcal diet.
† Daily Value not established.

Ingredients: Maltodextrin, water, fructose, organic cocoa liquor, sodium citrate, Roctane amino acid blend (leucine, taurine, valine, isoleucine, beta-alanine), natural flavor, potassium citrate, sea salt, citric acid, green tea leaf extract (caffeine), calcium carbonate, calcium chloride, preservatives (sodium benzoate, potassium sorbate), pectin powder, organic cocoa liquor.

Dosage: Maximum 4 gels per day.
Usage: 1 gel 15 minutes before exercise and every 45 minutes during activity.
Storage: Store in a cool place, out of reach of children.
Warning: Food supplement with sweeteners. High caffeine content (35 mg per serving, 109 mg/100 g) – not suitable for children, pregnant or breastfeeding women. Applies to caffeinated variants. Not intended to replace a varied diet. Do not exceed the recommended daily dose.