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Guide · 5 min read

DIY electrolytes & sports drinks

Before the recipes, the principle: sweat is salty, and replacing it takes more sodium than most sports drinks provide — 500–1,000 mg per liter of fluid. Learn why each ingredient is there and every label in the category reads the same.

An electrolyte mix answers a simple physiology problem: sweat removes water and sodium, and plain water alone replaces only one of the two. Potassium and magnesium appear in smaller amounts because sweat carries less of them. Sugar shows up in the endurance formulas for a separate reason — fuel — and it changes how fast the drink absorbs. Keep those roles in mind and the four recipes below explain themselves.

Why the ratios look like this

Sodium leads every formula because it's the electrolyte sweat loses most, and it's the ingredient commercial sports drinks most often underfill. The research-backed window for hard sessions is 500–1,000 mg per liter — the single number that decides whether a mix is doing its job.

Carbohydrate enters for osmolarity, not taste: a roughly 6% solution empties from the gut fast enough to fuel a session while you drink it. That's why the kitchen sports-drink recipe lands at 40–60 g per liter, and why the clinical formula pairs its glucose with sodium and citrate — the right solute load carries water across with it.

Terms worth learning

  • Sodium per liter — the dose that matters; 500–1,000 mg is the researched range for hard sessions
  • 6% solution — about 60 g carbohydrate per liter; the endurance fueling standard the kitchen recipe hits at 40–60 g
  • mEq — milliequivalents, the clinical dosing unit; the WHO base is written as 75 mEq sodium and 20 mEq potassium
  • Osmolarity — how concentrated the drink is; these formulas are built to empty fast, not sit heavy

The clones

The LMNT clone

PUBLISHED RECIPE
Sodium chloride2.5 g → 1,000 mg Na$0.02
Potassium chloride385 mg → 200 mg K$0.02
Magnesium malate390 mg → 60 mg Mg$0.04

≈ $0.08 per packet

Dissolved in 16–32 oz of water. Mix a 100-serving jar once — 250 g salt, 38.5 g potassium chloride, 39 g magnesium malate — and it's a three-month supply.

Kitchen Gatorade

PER LITER
Table sugar40–60 g$0.05
Table salt2 g → 800 mg Na$0.01
Water + citrus squeeze1 L$0.04

≈ $0.10 per liter

The endurance-standard 6% carb solution at a tenth of the shelf price. Same fueling, no dye.

WHO rehydration base

CLINICAL
Sodium chloride2.6 g
Glucose (or 27 g sucrose)13.5 g
Potassium chloride1.5 g
Trisodium citrate2.9 g

≈ $0.05 per liter

The literal clinical formula — 75 mEq sodium, 20 mEq potassium. For real dehydration, not just the gym.

The intra-workout

ENDURANCE
Cyclic dextrin or maltodextrin30–60 g$0.50
Essential amino acids10 g$0.70
Sodium + potassium + magnesium500 / 200 / 100 mg$0.05

≈ $1.25 per liter

Sip every 10–15 minutes through the session. The $4 'intra' tub is this, minus the honesty.

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