G Fuel has announced a new flavor, however not with a usual gaming partner, nor with a caffeinated product. This time G Fuel is releasing “Sparkling Hydration” just in time for Disney’s Star Wars: The Bad Batch, an original Disney+ animated series that just made its debut on May the 4th, also known as Star Wars Day. Take a look. G Fuel is actually releasing two Sparkling Hydration flavors, Black Cherry and Kiwi Strawberry. These new flavors are calorie-free, sugar-free, caffeine-free, naturally flavored, which is not new for the energy drink company but definitely still different. G FUEL Sparkling Hydration builds upon the success of the company’s four other product lines: a powdered energy formula, ready-to-drink cans, powdered hydration formula, and edible energy crystals. According to their press release; “Each 17 fluid ounce bottle of G FUEL Sparkling Hydration features a combination of the following key ingredients: Vitamins A, C, and E, antioxidants that help protect against free radicals. Vitamin D2 to help keep bones, teeth, and muscles strong. Vitamin B6 and B12 to help regulate brain function and improve mood. Magnesium, potassium, and sodium, electrolytes that help support hydration and nerve and muscle function. Zinc to support the immune system. Beneficial Ashwagandha plant extract and the amino acid L-Tyrosine. “Today marks an important milestone for G FUEL. As big Star Wars fans, we’re honored to collaborate with the visionaries at Disney and Lucasfilm to introduce Sparkling Hydration to the world,” said G FUEL Founder and CEO, Cliff Morgan. “With Sparkling Hydration’s refreshing natural flavor, various health benefits, and just the right amount of carbonation, we’re confident that our fans will love it.” If you like Star Wars and G Fuel but don’t want all that caffeine, this may be a product for you to check out. Pre-order your G FUEL Sparkling Hydration today at gfuel.com/collections/bad-batch-hydration. Which would will you be trying? Black Cherry and Kiwi Strawberry? Tell us in the comment section below.