The companion piece to caffeine in youth athletes covers the broader caffeine landscape. This piece is specifically about energy drinks, which the American Academy of Pediatrics has explicitly said are not appropriate for children or adolescents.
Most parents have not seen the American Academy of Pediatrics (AAP) position. Most kids in middle school and high school sports drink energy drinks regularly. The case for the team policy is direct.
What’s actually in an energy drink.
A typical 16-ounce energy drink (Monster, Red Bull, Bang, Reign, Celsius) contains:
160 to 300 mg of caffeine. The AAP recommends adolescents limit to under 100 mg per day total. One standard energy drink exceeds the daily limit.
Sugar (often 30 to 60 grams) or non-nutritive sweeteners.
L-theanine, taurine, ginseng, guarana (which is itself caffeine), B-vitamins in megadoses.
Some brands stack caffeine with other stimulants (yohimbine, synephrine) that compound cardiovascular effects.
The marketing emphasizes “energy” and “performance” framing aimed directly at athletes. The product sponsorships in extreme and youth sports are aggressive.
What the published research shows.
Cardiovascular events. The American College of Cardiology has published reviews of cases linking energy-drink consumption in adolescents and young adults to:
Tachycardia and arrhythmia.
Hypertension spikes.
Cardiac arrest in rare cases, particularly in adolescents with previously-undiagnosed cardiac conditions.
The FDA has investigated multiple deaths linked to high-dose energy drinks. The events are rare relative to the millions of cans consumed daily; the events are real and well-documented.
Sleep disruption. Caffeine-driven sleep delay in adolescents has cumulative effects. AAP notes that adolescent caffeine consumption correlates with reduced sleep quality, lower academic performance, and increased anxiety.
Anxiety and panic. Adolescents are more sensitive to caffeine’s anxiogenic effects than adults. Energy-drink consumption correlates with increased panic-attack incidence in published studies.
Bone density. Some research has linked high-dose caffeine intake to lower bone mineral accrual in adolescents. Less established than the cardiac and sleep findings; worth noting.
Dental enamel erosion. The acidity of most energy drinks erodes enamel. Adolescent energy-drink consumers have measurably higher rates of dental erosion in published studies.
The AAP position, directly.
The AAP’s policy statement on sports drinks and energy drinks is direct: “Energy drinks are not appropriate for children or adolescents and should never be consumed.”
The position covers all of the products in the category: full-size cans, smaller “shot” formats, energy-drink-derived water, energy gum and mints. The active ingredient is caffeine plus added stimulants; the form does not change the recommendation.
The “but it works” argument.
Adolescent athletes report perceived performance benefits from energy drinks. The published evidence on actual performance effects is mixed:
Modest acute benefits in endurance and reaction time at moderate doses (50 to 200 mg caffeine).
No proven benefit beyond what plain caffeine produces; the additional ingredients in energy drinks (taurine, B-vitamins) do not add measurable performance.
Subjective feeling of energy that does not consistently translate to measurable improvement.
The performance case for energy drinks specifically (vs lower-dose caffeine alone) is weak. The risk case is well-documented.
The team policy.
A youth-sports team policy worth writing down:
Energy drinks are not allowed at team practices, games, or team-organized events.
Coaches do not consume them in front of athletes.
Parents are educated on the AAP position at the start of the season.
Substitutions for the kid who “needs energy”: adequate sleep, adequate breakfast or pre-game meal, hydration, nothing else.
Programs that adopt this see fewer cardiac and anxiety events on practice days.
For coaches who use them.
Modeling matters. The kid sees the coach drinking a Monster on the sideline and concludes that this is what athletes do. Worth knowing.
For the coach who genuinely needs caffeine to function before an early-morning practice, coffee is the better answer. Same caffeine, none of the additional risk factors.
For parents.
The conversation with the older kid is direct. “The AAP says no. Here is why. Here is what you can have instead.”
The kid who wants a pre-game caffeine boost can have a small cup of coffee or tea. Within AAP limits, with parental supervision, no additional stimulants.
For travel teams: enforce the no-energy-drinks rule on the road. The hotel breakfast offering Red Bull is the wrong starting point for the day.
For team managers.
Read the AAP statement at the start of the season. Distribute it. Make the no-energy-drinks rule explicit in the team packet.
For tournament weekends, identify acceptable beverages in advance. Water, sports drinks (regular Gatorade-style, not energy), milk, juice. Eliminate ambiguity.
The honest read. Energy drinks are aggressively marketed to youth athletes. The AAP has been clear and consistent: not appropriate for kids or teens. Programs that explicitly prohibit them at team events have done the work the marketing made necessary. The kids who drink them are at small but real risk for cardiac, sleep, and anxiety events. The conversation costs nothing. The policy costs nothing. The kids who follow it are fine.
If this content is reaching a parent whose kid is showing cardiac symptoms (chest pain, racing heart, dizziness) after energy drink consumption, call the pediatrician same day or go to the emergency room (ER). Most events resolve. Some do not.