Cardamom-Infused Mango Lassi

by Dalvir Sahota | July 22, 2026
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A cold glass of Mango Lassi is the ultimate cooling companion to a vibrant Indian meal. Celebrated across northern India during peak summer months, this velvety beverage balances the rich sweetness of ripe mangoes with the subtle, pleasing tang of cultured dahi (yogurt).

While often viewed as a restaurant indulgence, crafting a luxurious lassi at home requires only a handful of wholesome ingredients and two minutes in a blender. It provides an immediate, hydrating escape on warm afternoons and acts as a soothing palate cleanser when paired alongside fiery curries.

Why You’ll Love This Recipe

  • Naturally Cooling: The combination of probiotic-rich yogurt and sweet mango offers an immediate soothing effect against heat and bold spices.
  • Pure & Unprocessed: Bypassing store-bought syrups allows you to control the exact sweetness and dairy quality without artificial additives.
  • Effortless Blender Preparation: High-impact flavor with zero active cooking time—simply combine, blend, and serve chilled.

Key Ingredients & Conscious Substitutions

  • The Mango Base: Fresh sweet mangoes (such as Ataulfo or Alphonso) yield exceptional flavor. When fresh fruit is out of season, unsweetened canned mango pulp or frozen mango chunks work seamlessly.
  • The Cultured Dairy (Dahi): Plain whole-milk dahi or Greek yogurt builds that essential creamy texture and signature tang. For a plant-based alternative, coconut yogurt or almond-milk yogurt blend beautifully.
  • The Milk Balance: A splash of whole milk or cold unsweetened almond milk thins the mixture to a pourable, velvety consistency.

Master the Technique

Keeping these two technical pillars in mind ensures a smooth, barista-quality drink every single time:

  1. The Temperature Rule: Ensure your mangoes, yogurt, and milk are thoroughly chilled before blending. Adding too much ice directly into the blender dilutes the rich fruit flavor; chilling the ingredients beforehand keeps the lassi thick and undiluted.
  2. The Aeration Phase: Blend on high speed for a full 60 seconds. This incorporates air into the yogurt base, creating a light, frothy head at the top of your glass.

Creative Customization Tips

  • The Cooling Cardamom Touch: Add 1/2 teaspoon of freshly ground green cardamom powder before blending for a fragrant, floral undertone.
  • Smoothie Style: Substitute vanilla-flavored yogurt for dahi to soften the tartness into a silky dessert-style drink.
  • Post-Workout Boost: Blend in a scoop of unflavored or vanilla plant-based protein powder for a refreshing, nutrient-dense recovery drink.
  • Winter Spice Variation: A tiny pinch of ground cinnamon introduces a subtle, warming note that makes this drink wonderful during cooler months.
Cardamom-Infused Mango Lassi

Cardamom-Infused Mango Lassi

A silky, refreshing Indian mango lassi made with sweet mangoes, creamy yogurt, and a touch of crushed cardamom. A cooling summer classic.

Prep 5m
Cook 3m
Total 8m
Difficulty Easy
Servings 2

Instructions

  1. Prep the Fruit
    Peel and dice your fresh ripe mango, ensuring any fibrous core is discarded. If using frozen mango chunks, let them sit at room temperature for 5 minutes to soften slightly.

  2. Load the Blender
    Add the diced mango, chilled plain dahi, cold milk, and ground cardamom directly into your blender jar.

  3. Blend Until Silky
    Process on high speed for 1 to 2 minutes until the fruit completely dissolves and the drink turns smooth, thick, and frothy.

  4. Adjust Sweetness
    Taste the lassi. Depending on the natural sweetness of your mangoes, pulse in 1 to 2 teaspoons of honey, agave, or raw sugar if a sweeter profile is desired.

  5. Pour and Serve
    Place a few crushed ice cubes into highball or cocktail glasses. Pour the fresh mango lassi over the top, garnish with a pinch of cardamom or fresh mint, and serve immediately.

Nutrition

per serving
113 kcal
4g Protein
2g Fat
23g Carbs
2g Fibre
28mg Sodium

Nutritional values are estimated from the CNF based on ingredient quantities and are approximate.