Bucked Up | Long Range | 20 Servings

Bucked Up Long Range is an endurance fuel and hydration formula, not a pump product, not a stim bomb, and not a fairy-dusted “sports drink.” Its formulation strategy is straightforward and performance-driven: deliver a substantial carbohydrate load from multiple transportable carbohydrate sources, pair that fuel with practical electrolyte support, and support fluid movement and exercise tolerance over longer sessions. That matters because during endurance work, the biggest drop in performance usually comes from depleted glycogen, falling blood glucose, dehydration, and impaired neuromuscular function—not from a lack of exotic ingredients.

The backbone of the formula is 76 grams of carbohydrate per serving: 42g maltodextrin plus 34g fructose. This is the key performance engine. Maltodextrin is a rapidly digested glucose polymer that feeds the SGLT1 transporter, while fructose uses the GLUT5 transporter. That multi-transporter approach is one of the most established strategies in endurance nutrition because it raises total carbohydrate absorption and oxidation beyond what a single carbohydrate source can do alone. Research on glucose/fructose and maltodextrin/fructose combinations consistently shows higher exogenous carbohydrate oxidation rates and better endurance performance than glucose-only feeding. The ratio here is approximately 1:0.8 maltodextrin to fructose, which is notable because modern endurance research has increasingly favored ratios around 1:0.8 to 1:1 for high carbohydrate delivery with better GI tolerance than older 2:1 approaches. In practical terms: this is designed to give you more usable energy per hour with less chance of your stomach becoming the weak link.

Sodium is set at 500mg per serving, which is a meaningful sports performance dose. Sodium is not here as a label decoration—it is central to fluid balance, nerve conduction, muscle contraction, and carbohydrate absorption. Glucose transport through SGLT1 is sodium-dependent, so sodium directly supports the absorption of the maltodextrin-derived glucose portion of the formula while also helping maintain plasma volume during sweaty training. For moderate-duration to longer sessions, especially in heat or for salty sweaters, 500mg is a practical amount that makes this more than just carb powder.

Potassium at 150mg and magnesium at 105mg round out the electrolyte profile. Potassium works with sodium across the Na+/K+-ATPase system to maintain the electrochemical gradients that keep nerves firing and muscles contracting. Magnesium is a required cofactor for that pump and contributes to muscle and nerve function as well. The potassium dose is modest rather than aggressive, but it is directionally useful in a sports hydration formula. Magnesium at 105mg from citrate is also a smart inclusion, though it should be viewed as supportive rather than fully replenishing for heavy losses. Calcium at 60mg is a minor contributor here, but calcium still matters for muscle contraction signaling. Vitamin C at 90mg is not an ergogenic centerpiece, but it does provide baseline antioxidant coverage and rounds out the formula nutritionally.

The synergy is the real story. Maltodextrin plus fructose improves total carb throughput. Sodium improves both hydration dynamics and glucose absorption. Potassium and magnesium support electrical function and contraction reliability. This is the logic of a true endurance system: fuel delivery, fluid management, and muscular function all working together.

Transparency is solid on the actives provided here. There is no proprietary blend, and the main performance drivers are clearly disclosed. That matters in a category where many endurance products talk about “electrolytes” and “dual-source carbs” without showing meaningful amounts. Based on the verified label data, this is a fully disclosed, use-case-specific formula.

What to expect: on day one, you should notice more stable energy across longer sessions, less of the dramatic fade that comes from under-fueling, and better hydration support than plain water or low-carb mixes. Over 2 to 4 weeks of consistent use during long training, the main benefit is not a loading effect—it is improved execution. More even pacing, fewer bad back-half workouts, less guesswork with intra-session fueling, and a much lower chance that dehydration and carbohydrate depletion derail the session.

How to Use Bucked Up Long Range