Energy Source is a new generation sports drink for use during exercise. It contains a carbohydrate formulation of maltodextrin & fructose in a ratio of 2:1 & key electrolytes. Many of the worlds leading event organisers & Pro athletes choose award-winning Energy Source for success in the toughest endurance eve Research suggests that you should consume a maximum of 60g carbohydrate per hour from traditional sports drinks. The recommended intake for new generation Energy Source with 2:1 fructose can be substantially higher at up to 90 gram per hour. The ingredients in Energy Source help sustain performance during tough endurance events & help maintain hydration by enhancing the absorption of water. Research suggests that you should consume a maximum of 60g carbohydrate per hour from traditional sports drinks. The recommended intake for new generation Energy Source with 2:1 fructose can be substantially higher at up to 90 gram per hour. The ingredients in Energy Source help sustain performance during tough endurance events & help maintain hydration by enhancing the absorption of water. The electrolyte level in Energy Source should be adequate for most race conditions. However when sweat rates are very high we recommend adding a High 5 ZERO Neutral tab to every 500ml of Energy Source to boost the electrolyte content further. Key
Features: Suitable for beginner to pro athlete. Latest generation sports drink with 2:1 fructose. Recommended consumption up to 90g of this carbohydrate mix per hour. Carbohydrates with electrolytes for maintaining endurance performance*. Helps maintain hydration during exercise*. Race proven in the Worlds toughest events. Light tasting & refreshing. With natural flavours. No artificial colours preservatives or sweeteners. Suitable for vegetarians & vegans. For your next big event or race download the free High 5 Advanced Nutrition Guide for your sport/bodyweight/event distance from www.highfive.co.uk. This is a UK product in UK packaging. This product is sold in 2.2kg Jars.* Effect of the ingredients