BEET ’EM
Circulation. Oxygenation. Natural Energy.
Cold-pressed from fresh produce, preserving the natural synergy of vitamins and phytonutrients — delivered as they occur in nature, never isolated or synthetic.*
Offerings
2oz — $4
The OG Subscription
$50/wk for 21 shots (7 x each juice shot)
(+$21 refundable bottle charge)
Rapha Lifestyle Subscription
$85/wk for 21 shots (7 x each juice shot)
& 7 single serve bone broth
(+$21 refundable bottle charge)
FORMULATION
Beets 44%
Carrots 28%
Cara Cara Oranges 28%
Cold-pressed to preserve natural nitrates and phytonutrients.
NUTRITION SNAPSHOT (Per 2oz)
50 Calories
11g Carbohydrates
7g Naturally Occurring Sugars
1g Protein
0g Added Sugar
65mg Sodium
MICRONUTRIENTS + PHYTONUTRIENT COMPLEX
Quantified Nutrients
Vitamin A — 110% DV
Vitamin C — 80% DV
Folate — 15% DV
Magnesium — 8% DV
Potassium — 6% DV
Beta Carotene — 3,382mcg
Plant Compounds Naturally Present (Phytonutrients)
Dietary Nitrates — promote nitric oxide production
Betalains — antioxidant and vascular activity
Beta-carotene — contribute to immune, vision, and reproductive health
Citrus bioflavonoids — support vascular integrity
FUNCTIONAL BENEFITS
Dietary nitrates promote nitric oxide production, encouraging healthy blood flow and oxygen delivery.
Improved circulation contributes to endurance, muscular efficiency, and sustained physical output.
Vitamin C neutralizes free radicals generated during intense training, supports collagen formation for joint health, and strengthens the immune system.
Vitamin A is linked to increased testosterone levels, accelerates tissues repair, and protects against oxidative stress.
Designed to naturally enhance performance — without stimulants.
WHO IT’S FOR
Cardiovascular performance
Endurance and stamina
Athletes seeking natural performance support
Sustained energy without caffeine
*The American Institute for Cancer Research emphasizes that the synergy of various naturally occurring compounds within the overall diet offers the strongest cancer protection, rather than focusing on any single compound in isolation.