Wyler's Light Raspberry Lemonade Singles To Go Powder Packets — 96 Servings (12-Box Case)

Flavorful hydration on the go

Wyler's Light Raspberry Lemonade Singles To Go transform plain water into a bright, refreshing drink with low calories and zero sugar. Each packet delivers a clean, fruity note without the sugar crash, making it easier to choose hydration over sugary options. Included in a 12-box case, the setup provides 96 individual servings for steady availability at home, the office, or on the move.

The Raspberry Lemonade flavor blends zesty citrus with a juicy berry profile, creating a satisfying taste that stands up to a busy day. With just 5 calories per packet and sugar-free formulation, it offers a lighter way to enjoy a flavorful pick-me-up. Additionally, Wyler's Light is promoted as an excellent source of vitamin C per serving, helping you reach a daily nutrient target while you hydrate.

What you get and how it fits your routine

• 96 total servings: 12 boxes in a case, 8 packets per box, ready to travel with you.
• Low-calorie, sugar-free: 5 calories per packet, a lighter alternative to many soft drinks.
• Vitamin C support: each serving contributes a boost of this essential nutrient.
• Quick, convenient preparation: just shake in a water bottle or stir in a glass for instant flavor.

Ways to enjoy Wyler's Light Raspberry Lemonade

• In a standard 16.9 oz bottle: add a packet for a crisp, balanced taste.
• In a larger 20 oz bottle for a milder flavor profile.
• As a hydration companion during workouts, commutes, or outdoor activities.
• Perfect for school, office, gym bag, or family road trips—always ready when thirst strikes.

To prepare, simply sip from the bottle to create space, pour in the flavor, and shake or stir until blended. The powder packs a fruity punch without overwhelming sweetness, offering a flexible flavor option for various water sizes and preferences. While results vary, many find it a pleasant alternative to sugar-sweetened beverages and a convenient way to boost daily hydration.