Apple Yield per Acre: State Data, Drivers and Calculator

The average commercial apple yield in the United States was 36,200 pounds per acre in 2024 (about 40.6 tonnes per hectare), according to the USDA NASS Noncitrus Fruits and Nuts 2024 Summary. Washington led the states shown at 43,000 lb per acre, while New York averaged 28,000 lb and California 16,000 lb.

This guide gives the sourced numbers by state, by year and for UK varieties, explains what moves yield up or down (tree density, rootstock, thinning and spring frost), and shows where satellite images help. It ends with a calculator that turns your own apple yield per acre into crop value per acre and for the whole orchard.

Apple yield per acre in the United States

NASS reports yield only for commercial orchards, which it defines as orchards with 100 or more bearing trees. The yield is total production divided by bearing acres, so young blocks that are not yet bearing are left out. In 2024 the country had 299,500 bearing acres and produced 10.85 billion pounds in total, of which 10.5 billion pounds were used (sold or processed).

The national average hides a wide spread. Washington grows 174,000 of the 299,500 bearing acres and has the highest state yield in the table. Every other state reports a lower figure. Several also send far more fruit to processing: about 44% of utilized apples in New York and 50% in Michigan in 2024, against 21% in Washington.

Table: 2024 figures from USDA NASS (May 2025). Tonnes per hectare are our conversion (1 lb/acre = 1.121 kg/ha).

How to read these numbers

• It is an average over bearing acres. A new high-density block in full crop can sit well above its state average, and an old block well below it.
• It is total weight, not packed fruit. NASS counts fresh and processing apples together. In 2024, 7.47 billion pounds went to the fresh market and 3.06 billion pounds to processing.
• It moves a lot from year to year. Frost, hail, heat and alternate bearing can change a state’s yield by a fifth or more between seasons.

Chart

Commercial apple yield by state

Pounds per bearing acre, 2024, the seven states NASS lists plus the US average

How apple yield changed over three seasons

The NASS series shows how much a single season can swing. The US average rose from 33,000 lb per acre in 2022 to 38,200 lb in 2023, then fell back to 36,200 lb in 2024. Washington moved from 35,500 to 44,000 and then 43,000 lb. Michigan dropped from 36,200 lb in 2023 to 31,000 lb in 2024. Pennsylvania fell from 30,200 to 23,300 lb in the same year.

For a grower, this means one season is a weak basis for a budget or a loan plan. A three-year average of your own blocks is a better starting point than any single year, and much better than a state figure.

Chart

Apple yield per bearing acre, 2022 to 2024

Pounds per acre, selected states and US average

Apple yield in the UK, Europe and Australia

The UK reports yield by variety. The Defra Horticulture Statistics 2025 report gives Gala at 44 tonnes per hectare in 2025, up 20% on 2024 after abundant blossom, on 2,719 hectares. Culinary apples (mainly Bramley) yielded 25 t/ha, 2.9% less than in 2024, after poorer pollination at flowering and small fruit in a hot summer, especially in orchards without irrigation. Defra’s figure is marketable yield per planted hectare after waste losses, so it is not directly the same measure as the US figure.

Defra also notes that growers keep grubbing out older, less productive orchards. Total UK orchard fruit output rose 3.9% to 443,000 tonnes in 2025 even though planted area fell.

In Australia, the Hort Innovation Australian Horticulture Statistics Handbook 2023/24 puts apple production at 293,731 tonnes for the year ending June 2024, up 3% on the year before, with a production value of A$680.2 million. The handbook does not publish a national yield per hectare, so we do not quote one.

The chart below puts the US state figures and the UK variety figures on one scale in tonnes per hectare. Keep the different bases in mind: the US uses total production per bearing acre, the UK marketable yield per planted hectare.

Chart

Apple yield in tonnes per hectare, US and UK

US: total production per bearing area, 2024 (converted). UK: marketable yield per planted hectare, 2025

What drives apple yield

Four common drivers separate high and low blocks: how many trees there are, how they are grafted and trained, how heavily they crop each year, and whether spring frost hits at bloom. Water, nutrition, pollination and pest control matter too, but they mostly decide whether a well-designed orchard reaches its potential.

1. Tree density and training system

Higher density fills the row with fruiting wood sooner. In the Cornell review The Evolution Towards More Competitive Apple Orchard Systems in New York (New York Fruit Quarterly, 2007), Robinson and colleagues found that early cumulative yield rose with tree density. At lower densities each extra tree per acre added about 8.25 bushels of cumulative yield, while at very high densities the gain became small. Their economic analysis put the best density for New York at 1,000 to 1,200 trees per acre, the range used by the Tall Spindle system.

Best for: growers planning a new block or a replant. Density is fixed for the life of the block (the Cornell analysis used a 20-year horizon), so it is a major yield decision.

2. Rootstock

Dwarfing rootstocks such as M.9 and B.9 keep trees small and make them crop early, which is what allows dense plantings to work. The same Cornell paper pairs Tall Spindle plantings with these rootstocks and with well-feathered nursery trees, which bear earlier. Vigorous rootstocks need wider spacing and take longer to reach full crop.

Best for: matching the tree to your soil, water and variety. Ask your nursery and local extension service which rootstocks perform in your district.

3. Crop load and thinning

A tree that sets too much fruit gives small apples this year and few flowers next year. This alternate (biennial) bearing is a common cause of up-and-down yields. Penn State Extension says an effective chemical thinning program is essential for adequate return bloom, and that return bloom sprays help varieties that tend to be biennial. Thinning lowers the fruit count, but steady crops and better fruit size usually matter more to value than a single heavy year.

Best for: varieties prone to alternate bearing, such as Honeycrisp. Always follow the product label and local rules for any thinning or growth regulator spray.

4. Spring frost at bloom

Buds get more tender as they open. The critical temperature table compiled from Washington State University bulletin EB0913 and Michigan State research (Midwestern Regional Climate Center, Purdue) shows that at silver tip about 10% of apple buds die at 15°F and 90% at 2°F. At first bloom, 10% die at 28°F and 90% at 25°F. A few degrees on one night at bloom can remove much of a season’s crop.

Best for: sites in frost pockets or valley floors. Wind machines, overhead irrigation and careful site choice are the main defences. Check your local extension’s frost guidance for your varieties.

Other factors that cut yield

• Water stress: Defra linked the smaller UK culinary crop in 2025 partly to small fruit in orchards without irrigation.
• Poor pollination: cold or wet weather during bloom reduces fruit set, as Defra reported for Bramley orchards in 2025.
• Pests and disease: codling moth, apple scab and fire blight can cut packout even when the tree crop is heavy. Follow the label and local rules for every spray.
• Old trees: low-density blocks on vigorous rootstock rarely reach modern yields, which is why growers replant or grub out old orchards.

Chart

Frost that kills apple buds, by bud stage

Temperature (°F) at which 10% and 90% of buds are killed

How satellite images help with apple yield

Satellites do not count apples. They measure how much light the canopy reflects in visible and near-infrared bands. From these bands you get vegetation indices such as NDVI (canopy vigour) and NDWI (canopy water). Over a season, these maps show which blocks or rows are growing more weakly than the rest of the orchard.

Research suggests that the signal is linked to yield. In a study of Fuji orchards, Bai and colleagues (Remote Sensing, 2021) used a time series of Planet satellite images. A random forest model based on accumulated NDVI predicted pre-harvest yield with R² = 0.71 and an error of about 16.4 kg per tree. That is a useful guide to spread within an orchard, but it was one study on one variety, and it does not replace a fruit count.

What satellite maps are good for in an orchard

1. Finding weak zones early. A patch that stays below the rest of the block for several passes is worth a walk: check irrigation lines, roots, pests or soil.
2. Comparing blocks and seasons. The same block in the same month across years shows whether vigour is trending down.
3. Planning thinning and harvest crews. Vigour maps help you decide where to start crop-load counts and where to send pickers first.
4. Checking after frost or hail. A drop in canopy index after an event helps you map damage across large orchards.
5. Keeping records. Dated images per block support yield history, insurance claims and buyer audits.

Public imagery such as Sentinel-2 has 10 m pixels, so one pixel covers several tree rows. It works well for comparing blocks and large zones, less well for single trees. Tools such as the Farmonaut Satellite + AI Farm Monitoring System put these indices on a map for each block you draw and track them through the season.

▶ A 3.85-acre apple block on a Farmonaut demo account, showing a stressed strip on satellite maps that looks fine on foot. · 1:42

How to estimate your own apple yield

Satellite maps tell you where to look. A ground count gives you the number.

1. Pick sample trees. Choose trees across each block, including weak and strong zones from your vigour map.
2. Count fruit per tree. Count after June drop and hand thinning, when the final crop is set.
3. Estimate fruit weight. Use your packhouse’s average fruit size for the variety, or weigh a sample at harvest.
4. Multiply up. Fruit per tree × weight per fruit × trees per acre gives pounds per acre.
5. Compare with last year. Check the result against your own history and the state average, then adjust for any frost or hail.

▶ How to read a satellite farm advisory and see why a field’s yield estimate moved. · 9:13

Why apple yield is not the same as revenue

Two orchards with the same yield can earn very different amounts. The main reason is the split between fresh and processing fruit. NASS data for 2024 put the US season-average grower price at 34.9 cents per pound for fresh apples and $194 per ton (about 9.7 cents per pound) for processing apples. A pound sold fresh was worth more than three times a pound sent to juice or sauce.

Prices also move between seasons. The fresh price was 41.5 cents per pound in 2022, 32.2 cents in 2023 and 34.9 cents in 2024. The all-use average was 27.6 cents in 2024, and the value of the US crop rose 2% to $2.90 billion even though production fell 5%. So a high-yield year with small fruit or poor color can earn less than a smaller crop with good packout.

When you plan, track three numbers per block: total yield, the share that packs as fresh fruit, and the price your packer actually returns. The calculator below uses all three.

How we checked the numbers

Every yield figure on this page comes from an official statistics release or a named research paper. US state yields, prices and utilization come from the USDA NASS annual summary released in May 2025, which covers the 2022 to 2024 crops. UK figures come from the Defra horticulture release for 2025. Australian production comes from the Hort Innovation handbook for the year ending June 2024. We converted pounds per acre to tonnes per hectare ourselves. We did not use figures from marketing pages or from forecasts, and we left out countries where we could not find a dated, official yield.

Apple yield and revenue calculator

Use the calculator below to turn a yield into value. Enter your own acres, yield, share of fresh-market fruit, prices and cost per acre. For reference, NASS gives a 2024 US average grower price of 34.9 cents per pound for fresh apples and $194 per ton for processing apples. These are season-average prices at the first point of sale (for California, Michigan, New York and Washington, equivalent packinghouse-door returns), not retail or dealer prices.

Try the numbers for your own farm below.

FAQ

What is the average apple yield per acre?

In the United States the commercial average was 36,200 lb per acre in 2024 and 38,200 lb in 2023 (USDA NASS). Washington averaged 43,000 lb per acre in 2024.

What is a good apple yield per hectare?

The US average in 2024 was about 40.6 t/ha. UK Gala yielded 44 t/ha and culinary apples 25 t/ha in 2025 (Defra). Compare your blocks with the same variety and system in your region.

How many bushels of apples does an acre produce?

Divide pounds per acre by your packhouse’s bushel weight. Cornell work cited above found each extra tree per acre added about 8.25 bushels of cumulative yield at lower densities, and put the most profitable density for New York at 1,000 to 1,200 trees per acre.

Why do apple yields vary so much from year to year?

Spring frost, poor pollination weather, heat and alternate bearing are the main causes. NASS data show Michigan’s average falling from 36,200 lb per acre in 2023 to 31,000 lb in 2024.

Can satellites predict apple yield?

They help. A 2021 study on Fuji orchards predicted yield from accumulated NDVI with R² = 0.71. Use satellite maps to find weak zones, then confirm with fruit counts.

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