Rev3 Energy® Drink: What You Need to Know
Cleaner, smarter, stronger Rev3 Energy® Drink is a refreshing way to recharge your energy levels. It’s all the power of an energy drink—refined.
Now part of the USANA Active Nutrition line. Explore the other products that can help support your healthy, active lifestyle.
With an advanced formula developed by USANA’s nutrition experts, Rev3 offers two superior alternatives to crash-and-burn energy drinks.
Rev3 Energy Drink
Rev3 contains L-carnitine, an ingredient that has an important function in energy production. L-carnitine helps shuttle fatty acids (fats) into the mitochondria where they can be turned into energy. Rev3 also contains coenzyme Q10, which is involved in the production of 95 percent of the energy required by the body.
A Revolution in Energy Drinks
Rev3 is low glycemic and formulated to provide sustained energy. With a high glycemic load, typical energy drinks spike your blood sugar levels, giving you a quick feeling of energy but soon leading to a crash that leaves you feeling drained. Rev3 has a total glycemic load that is three to four times lower than traditional energy drinks. This means that Rev3 does not lead to a debilitating sugar crash but rather leaves you feeling a sustained level of energy throughout the day.*
Proprietary Energy Complex
Rev3 was developed with a complete and proprietary energy complex that includes L-carnitine, malic acid, citric acid, Korean ginseng, and rhodiola. These ingredients are broken down and eventually enter the Krebs cycle (citric acid cycle) and electron transport chain where they help refuel the body’s energy stores.
The USANA Difference
Rev3 has a crisp, all-natural taste. Rev3 is unique among most common energy drinks because it has no artificial flavors, no artificial sweeteners, and no artificial colors. It contains naturally derived caffeine from a blend of teas for improved mental alertness and stamina. Rev3 also includes additional vitamins, minerals, and antioxidants that support energy metabolism at the cellular level.*