Culture Pop Noah Kahan Black Cherry Probiotic Soda – Low Sugar, Shelf-Stable, 12oz Can (12-Pack)

Culture Pop Noah Kahan's Black Cherry Probiotic Soda blends bold cherry flavor with a refreshing, lighter-sweet profile. Each 12 oz can provides a sparkling juice alternative that pairs well with meals, workouts, or moments of relaxation. The 12-pack offers convenient access to a consistent, shelf-stable treat for home, office, or on-the-go use.

Flavor and texture that stand out

This soda delivers a cherry-forward aroma with a crisp, lively fizz and a clean finish. It tastes brighter and less heavy than traditional colas or fruit sodas, with sweetness drawn from real fruit juice instead of refined sugar.

• Deliciously bold, cherry-forward profile
• Less sweet than typical sodas; juice-sweetened instead of refined sugar
• Real-fruit juice provides the natural sweetness

Probiotic, plant-based, and allergen-friendly

Each 12 oz can contains billions of live probiotics at canning time, contributing a unique, refreshing twist to a familiar beverage. The formula is plant-based, kosher, non-GMO, vegan, and gluten-free, with 45–50 calories and 8–11 g of total sugar per can. No stevia or artificial sweeteners are used, keeping the flavor true to its fruit source.

• Plant-based, kosher, non-GMO, vegan, gluten-free
• No stevia or artificial sweeteners
• Moderate calories and sugar per serving

Convenience and shelf-stability

Culture Pop is shelf-stable and can be stored at ambient temperatures, making it easy to keep cans in the pantry and extra in the fridge for quick chilling. Probiotics are stabilized to remain viable across a wide temperature and pH range, based on stability testing. This setup supports flexible stocking at home or in shared spaces like offices or cafes.

• Shelf-stable; no mandatory refrigeration
• 12-pack packaging for easy sharing or stocking
• No refined sugar or artificial sweeteners

In everyday use, this beverage offers a flavorful, lower-sugar alternative to typical sodas, with a probiotic angle that can complement real-world routines without making guarantees about outcomes.