The Jocko Fuel Hydrate RTD Fruit Punch delivers rapid electrolyte replenishment in a convenient ready-to-drink format. This performance hydration solution contains essential minerals and electrolytes formulated to support intense training sessions and rapid recovery.
What Makes This Different
Unlike standard sports drinks loaded with artificial ingredients, this hydration formula prioritizes clean ingredient sourcing and optimal electrolyte ratios. Each 16-ounce bottle contains 200mg sodium, 100mg potassium, and 50mg magnesium without artificial colors or high fructose corn syrup. The balanced electrolyte profile matches what the body loses during intense physical activity.
Key Features
- 200mg sodium per serving for rapid fluid retention and muscle function
- 100mg potassium to prevent cramping and support cardiovascular health
- 50mg magnesium for muscle recovery and energy metabolism
- Natural fruit punch flavoring without artificial colors or preservatives
- 16-ounce bottles provide optimal hydration volume for training sessions
- Ready-to-drink convenience eliminates mixing and measuring
- 12-pack case provides two weeks of post-workout hydration
This hydration formula performs effectively during extended training sessions, competitive events, and recovery periods. The electrolyte concentration supports fluid balance during high-intensity activities lasting over 60 minutes. The natural flavoring system delivers consistent taste without the artificial aftertaste common in synthetic formulations.
Technical Specs
- Bottle Size: 16 fluid ounces (473ml)
- Case Quantity: 12 bottles
- Sodium Content: 200mg per bottle
- Potassium Content: 100mg per bottle
- Magnesium Content: 50mg per bottle
- Calories: 10 per serving
- Sugar Content: 2g per bottle
- Shelf Life: 24 months from manufacture date
- Storage: Room temperature, refrigerate after opening
This hydration system addresses the specific electrolyte needs of serious athletes and tactical professionals. The case format ensures consistent availability during training cycles when hydration demands peak.