The Science
Hydration isn't just about water. It's about getting the right minerals to your cells, fast. That's the 812 system.
Eight Minerals
Sodium, potassium, magnesium and more — a complete electrolyte profile that mirrors what your body loses through sweat.
Faster Absorption
Our precision osmolarity ratio pulls fluid into your bloodstream faster than water alone, so you rehydrate sooner.
Zero Added Sugar
Pure performance without the crash. No artificial fillers, no added sugar — just clean, fast hydration.
Why electrolytes matter
When you sweat, you lose more than water — you lose the minerals that keep your muscles firing and your mind sharp. Plain water dilutes what's left. 812 replaces it all in the right ratios, drawing fluid into your system through a process called the sodium-glucose cotransport mechanism — the same principle used in clinical rehydration.
The result: faster absorption, longer endurance, and a quicker bounce-back after every effort.
Try It YourselfEngineered Down to the Element
Every stick is formulated to replace exactly what your body loses under load — in the ratios science says matter most. Here's what each of the eight minerals actually does inside you.
Sodium
Fluid balance & nerve signaling
The primary electrolyte lost in sweat. Sodium drives the sodium-glucose cotransport mechanism, actively pulling water across the intestinal wall into your bloodstream for rapid rehydration.
Potassium
Muscle contraction & heartbeat
Works in opposition to sodium across cell membranes to regulate the electrical gradients that fire muscles and stabilize heart rhythm. Depletion leads to cramping and fatigue.
Magnesium
Energy (ATP) production
A cofactor in over 300 enzymatic reactions, including the conversion of food into usable ATP energy and the relaxation phase of muscle contraction.
Calcium
Muscle activation & bone health
Triggers the actual contraction of muscle fibers and supports nerve transmission. Essential for sustained power output during prolonged effort.
Chloride
pH & osmotic pressure
Partners with sodium to maintain blood volume and acid-base balance, keeping cellular osmotic pressure in the precise range needed for fluid uptake.
Phosphorus
Cellular energy storage
A structural backbone of ATP and phosphocreatine — the molecules that store and release energy for explosive, high-intensity movement.
Zinc
Recovery & immune defense
Supports protein synthesis and immune function, helping the body repair micro-damage and bounce back faster after hard training.
Manganese
Antioxidant metabolism
Activates antioxidant enzymes that neutralize the oxidative stress generated during intense exercise, protecting cells from exertion damage.