Juice Yield Guide: How Much Juice Does Each Fruit & Vegetable Make?

What Is Juice Yield and Why Does It Matter?

Juice yield describes how much liquid comes out of a given weight of produce during the juicing process. It's expressed as a percentage: a 70% yield means that 100g of produce produces approximately 70ml of juice, with the remaining 30% becoming dry pulp.

Yield matters for three practical reasons:

• Grocery planning: If you want to make a 16oz juice and your recipe calls for kale as a primary ingredient, you need significantly more kale by weight than a recipe built around cucumber — even if both recipes produce the same final volume.
• Cost per serving: Low-yield ingredients cost more per milliliter of juice produced. Understanding yield helps you balance nutrition and economy.
• Recipe scaling: When scaling a recipe up or down, yield percentages let you calculate how much produce to buy before you're standing at the grocery store guessing.

Juice Yield Reference Table

These figures represent typical yield ranges using a quality masticating (cold-press) juicer. Centrifugal juicers will generally produce 10–20% lower yields for leafy greens and fibrous vegetables.

* Yield ranges reflect masticating juicer performance. Figures are estimates; actual yield varies by produce freshness, variety, ripeness, and juicer model.

Why Does Yield Vary So Much?

Water content. The most obvious driver. Produce is essentially water held in a cellular structure. Watermelon is 92% water; kale is 84% water, but much of it is bound within dense leaf fibers that the juicer cannot fully release. Water content in the produce and water accessibility during juicing are different things.

Fiber structure. Cellulose and structural carbohydrates in cell walls resist extraction. Leafy greens have particularly dense cellular structures — which is why even though kale contains a lot of water, a significant portion of that water stays locked in the pulp. This is also why masticating juicers outperform centrifugal models on leafy greens: the slow-press action physically ruptures more cell walls.

Ripeness. Riper produce has softer cell walls, which break down more easily under juicer pressure. A fully ripe pear yields noticeably more juice than a firm, underripe one. For citrus, the difference is less dramatic, but peak-ripeness fruit consistently outperforms underripe fruit.

Juicer type. This is the single most controllable variable after produce selection. Masticating juicers apply slow, sustained pressure through an auger mechanism, which ruptures more cells and extracts more juice per gram. Twin-gear (triturating) juicers go further still and can extract 5–10% more than single-auger masticating models, particularly for greens and wheatgrass. Centrifugal juicers, which rely on high-speed shredding and centrifugal force, are less efficient with fibrous and leafy produce — though they perform comparably on high-water-content fruits.

Practical Examples: Planning a Recipe

Let's say you want to make a 16oz (473ml) green juice. Your recipe calls for cucumber, kale, celery, and apple in roughly equal contributions.

Using the yield percentages above:

• To get ~120ml from cucumber: 120 ÷ 0.85 = ~141g cucumber
• To get ~120ml from kale: 120 ÷ 0.42 = ~286g kale
• To get ~120ml from celery: 120 ÷ 0.74 = ~162g celery
• To get ~113ml from apple: 113 ÷ 0.70 = ~161g apple

Total produce needed: roughly 750g (1.65 lbs) for 16oz of finished juice. If you'd assumed 1:1 weight-to-volume, you'd have expected 16oz from 453g of produce and ended up with far less than planned.

How to Maximize Your Juice Yield

• Feed greens inside other produce. Wrap leafy greens like kale and spinach around harder produce (cucumber chunks, apple wedges) before feeding. The harder produce helps drive the greens through the auger and improves extraction.
• Alternate high-water and low-water ingredients. After feeding a batch of kale, push through a piece of cucumber to flush residual green juice from the auger and filter before it dries.
• Run your pulp through twice. With a masticating juicer, passing the pulp through a second time can recover an additional 10–15% of juice. This is particularly worthwhile with expensive ingredients like ginger or wheatgrass.
• Use produce at room temperature. Cold produce (straight from the refrigerator) is stiffer and yields slightly less than produce at room temperature. For batch juicing, let refrigerated produce sit for 15–30 minutes before processing.
• Don't peel unnecessarily. Cucumber skin, apple skin, and carrot skin all contain additional juice. Most pesticide residue is addressed by washing rather than peeling. If you're using conventionally grown produce and prefer to peel, account for the yield reduction in your planning.

Use the Yield Calculator for Your Specific Recipes

The table above gives you reference ranges, but actual yield depends on your specific juicer, the ripeness of your produce, and your technique. The Yield Calculator lets you enter your exact ingredients and quantities to get a projected juice volume before you start — useful for scaling recipes, planning grocery runs, and avoiding the frustration of ending up with half the juice you expected.