In short
There is no single yield per hectare for an intensive apple orchard, but one long trial gives the upper end.
At Cornell University the densest plot, 5,382 trees per hectare, reached 50 t/ha in year four, while the sparsest, 598 trees per hectare, stayed at or below 25 t/ha in the same year. That is a research ceiling, not a target for a working orchard, and weather can override any plan, as the Turkish crop showed in 2025. Planva keeps an orchard structured to the row and records harvest weight by block, which is what a farm needs to compare its own blocks with these figures.
What the Cornell planting trial measured
Terence Robinson of Cornell University summarised the Geneva Planting Systems Trial, planted in 1997 with eight systems of different density and yields recorded through 2003. Tree density had a strong effect on tree size, yield per hectare and light interception. Yield per tree fell as density rose, but yield per hectare rose.
| System | Trees per hectare | Trees per acre |
|---|---|---|
| Slender Pyramid | 840 | 340 |
| Vertical Axis | 1,538 | 622 |
| Slender Axis | 2,244 | 908 |
| Tall Spindle | 3,262 | 1,320 |
| Super Spindle | 5,382 | 2,178 |
The systems in the table are the named training systems listed in the presentation. The trial itself ran eight densities from 598 to 5,382 trees per hectare. The densest planting reached 50 t/ha in year four. The sparsest stayed at or below 25 t/ha in the same year, and the cumulative yield of the densest planting over seven years was about three times that of the sparsest. Trees in the densest planting were about a third the size of trees in the sparsest.
Read the 50 t/ha with the rest of the same slides. They say most growers in New York planted 500 to 1,000 trees per acre, a few planted 2,000, and the Tall Spindle at 1,320 trees per acre, about 3,260 per hectare, was named as the most profitable system under the assumptions used. A research plot with the best trees, trellis and care shows what the system can do. It does not show what your block will do.
Year by year in Northern New York
The same presentation reports orchard performance in Northern New York in 2005, in bushels per acre. The table converts that to a ratio against the Central Leader planting at 218 trees per acre, about 540 per hectare, so it does not depend on the unit. A young orchard gives almost nothing in year two, and the denser systems pull away in year four.
| Variety and system | Trees per hectare, about | Year 4 crop, times the Central Leader | Four-year total, times the Central Leader |
|---|---|---|---|
| McIntosh, Slender Pyramid | 1,100 | 5 | 6 |
| McIntosh, Vertical Axis | 1,800 | 14 | 23 |
| McIntosh, Tall Spindle | 3,200 | 32 | 45 |
| Honeycrisp, Slender Pyramid | 1,100 | 4 | 5 |
| Honeycrisp, Vertical Axis | 1,800 | 10 | 14 |
| Honeycrisp, Tall Spindle | 3,200 | 21 | 25 |
Variety changes the curve. Honeycrisp gave less than McIntosh in the same system, so the table shows both. The ratios are arithmetic on the published figures.
Where density stops paying
More trees raise yield per hectare, but they also raise the cost of trees, trellis and support. In the 20-year analysis shown in the presentation, at the fruit prices of that time, profit rose with density up to about 1,000 to 1,100 trees per acre, which is roughly 2,500 to 2,700 trees per hectare. Prices, land and capital costs have changed since 2006, so use the shape of the result and recalculate with your own numbers.
One frost can override the plan
The December 2025 USDA circular on fresh apples forecast the Turkish crop for 2025/26 at 1.95 million tonnes, citing a severe spring frost. The season before it had been 4.57 million tonnes.
| Season | Turkey apple production, thousand t |
|---|---|
| 2021/22 | 4,493 |
| 2022/23 | 4,968 |
| 2023/24 | 4,750 |
| 2024/25 | 4,570 |
| 2025/26, forecast | 1,950 |
The trees were the same and the output fell by more than half. A yield per hectare without the story of its season is not a benchmark, so keep the cause next to the number.
What to record per block
- Planting year and density. Trees per hectare and the training system, because they set the curve.
- Variety. The same system gives a different curve for different varieties.
- Harvest weight by block. Net weight of the crop, so tonnes per hectare can be worked out for each block and year.
- Season events. Frost, hail or drought, with the date.
How this works in Planva
- Orchard structure. Orchard, plot, block and row. A row holds its trees, posts, length, width and area.
- Block variety. Set through the crop and variety in the crop rotation.
- Harvest labels. QR labels carry the crew leader, block, variety and quality.
- Weighing station. Net weight is calculated from a typed gross weight and the container tare, and is split between workers. Planva does not read scales.
Planva records the area and the weights. It does not set yield targets. More on the orchard platform on the orchard management software page, and on organising the pick in the apple harvest guide.
Sources
Common questions
There is no single figure. In the Cornell planting trial the densest plot, 5,382 trees per hectare, reached 50 t/ha in its fourth year, and the sparsest, 598 trees per hectare, stayed at or below 25 t/ha in the same year. That is a research ceiling. Results in a working orchard depend on variety, site, density and season.
The real Planva interface, shown with test data.
