
The Longevity Stack
Advanced support for your future self.
Meet the ultimate longevity stack, with NAD+ YOUth Repair and Pep Rally—two patches designed to support healthy aging, beauty, and vitality.

What to Expect
Here's what you might expect by staying consistent. Remember, every body is different and results may vary from person to person.
- 30 Days
May feel improved energy & rest quality; may see smoother-looking skin
- Three Months
May feel more resilient to stress; may see less hair breakage, improved skin elasticity & tone
- Six Months
May see fuller-looking hair, firmer-looking skin; may feel improvement in overall vitality
Stick-On Support for Healthy Aging
NAD+ Youth Repair
The easiest way to support natural energy, mental clarity, and longevity.

- May contribute to healthy aging & overall vitality
- Supports mental clarity & focus
- Helps support natural energy
Pep Rally
Meet beauty longevity’s one–step routine.

- Supports firmer, smoother-looking skin
- Supports a healthy-looking scalp & hair follicles
- Supports stronger-looking, fuller-looking hair
How to Use
- Peel
Peel off one patch from the clear backing.
- stick
Apply to clean, dry, hair-free skin & press firmly. For NAD+ apply two patches at once every other day.
- Wear
Wear for 8–12 hours.
- Remove
Gently remove & dispose after use.
WHY PATCH UP?
- Convenient: Just peel and stick! Each patch delivers the nutrients your body needs — no pills, no liquids, no hassle.
- Effective: Over 90% of effectiveness from powders or capsules can be lost to the digestive system. Patches bypass the gut for better absorption.
- Clean & Conscious: Vegan, latex-free, filler-free, paraben-free, and third-party tested.
How we Stack Up
We keep our standards high, for wellness routines you can trust.
| Features | Pills & capsules | |
|---|---|---|
No digestive breakdown required | ||
100% plant-powered ingredients | rarely | |
No added sugars or fillers | varies | |
Steady, all-day delivery | ||
Flexible routine | ||
Clinically studied ingredients | ||
Stylish habit-forming design |










