The formula contains an exclusive mix of sucrose, dextrose, fructose and maltodextrins to provide a steady source of carbohydrates, alongside key electrolytes including sodium, potassium and magnesium. This combination helps replace what is lost through sweat while supporting water absorption during prolonged exercise. It is a practical option for athletes who want hydration and fuelling support in one bottle, without unnecessary extras.

Enervit Isotonic Drink has been developed for endurance sports where regular drinking can make a real difference to comfort and performance. It dissolves quickly in water, making it easy to prepare before training or racing, and the light isotonic format is suited to sipping consistently throughout your session. With no sweeteners, colourings or artificial flavours, it offers a straightforward approach to sports hydration.

Whether you are training for longer runs, hard bike sessions or race day efforts, Enervit Isotonic Drink helps you stay on top of hydration before fatigue starts to creep in. Used regularly during exercise, it supports fluid intake, helps replenish minerals lost in sweat, and gives you a reliable source of carbohydrates when you need to keep going.

Enervit Isotonic Drink works by combining carbohydrates with electrolytes in an isotonic formula designed to support hydration during exercise. Carbohydrate-electrolyte solutions help improve water absorption, which is especially useful when you are losing fluid through sweat over longer or harder sessions. At the same time, the carbohydrate blend helps provide usable energy to support endurance performance as exercise continues.

The added mineral salts, including sodium, potassium and magnesium, help replenish key electrolytes lost in sweat. This makes the drink particularly useful in warm conditions, higher intensity training, or any session where hydration needs rise quickly. Because it mixes easily and is designed to be sipped regularly, it gives athletes a simple and effective way to stay on top of both hydration and fuelling throughout exercise.