Orchard Tree Spacing Calculator & Trees per Acre & Hectare
Plants mango
Plan your orchard's planting density — from area and row × plant spacing get the number of trees, the trees per acre and hectare, and how many more a triangular layout fits.
Enter your orchard
Next: match spacing to your rootstock and variety vigour — dwarfing rootstocks and compact varieties tolerate closer planting, while vigorous trees need wider rows to avoid crowding.
Trees = area ÷ (row × plant × layout factor); triangular factor 0.866.
Orchard spacing — key facts
- Trees
- area ÷ (row × plant × factor)
- Square factor
- 1.0
- Triangular factor
- 0.866 (~15% more)
- Mango / jackfruit
- ≈ 10 × 10 m
- Citrus
- ≈ 5–6 m
- Coconut
- ≈ 7.5 × 7.5 m
- Match spacing to
- canopy / rootstock vigour
- Privacy
- Runs in your browser; nothing uploaded
Plan the planting before you plant
An orchard is a decades-long investment, and the spacing you choose locks in its productivity, management and machinery access for its whole life. Too wide and you waste land and early yield; too close and the trees crowd, shade and compete as they mature. Getting the tree count and density right at planning time — for your area, spacing and layout — sets the orchard up to succeed.
This tool turns your plantable area and row × plant spacing into the number of trees, the trees per acre and hectare, and the area per tree, and shows how a triangular layout fits about 15% more than a square grid. Match the spacing to your species' canopy and rootstock vigour, leave room for machinery and roads, and consider high-density systems for early returns. Pair it with the Plant Spacing, Land Area and Crop Profit tools.
Count the trees
Know exactly how many saplings to order for your area.
Compare layouts
See the extra trees a triangular layout fits over a square grid.
Match the canopy
Set spacing to the species' mature size and rootstock vigour.
Budget the orchard
Tree count feeds sapling cost and expected yield planning.
Frequently Asked Questions
How many trees per acre at a given spacing?+
Divide the area by the space each tree takes: trees = area ÷ (row × plant spacing). At 5 × 5 m, each tree needs 25 m², so one acre (≈4,047 m²) fits about 161 trees and one hectare 400. This tool computes it for your area, spacing and layout.
What is the best spacing for fruit trees?+
It depends on the species, variety and rootstock vigour: vigorous mango or jackfruit may need 10 × 10 m, apples on dwarfing rootstock 3 × 4 m or closer, citrus 5–6 m, coconut 7.5 × 7.5 m. Closer spacing means more trees and earlier yield but more competition and management. Match spacing to expected canopy size.
Square or triangular planting — which fits more trees?+
Triangular (also called hexagonal or staggered) layout fits about 15% more trees in the same area than a square grid at the same spacing, because offset rows pack closer. The tool shows both and the percentage gain, so you can weigh extra trees against the harder layout and machinery access.
What is high-density planting?+
Planting many more trees per area (close spacing, often on dwarfing rootstocks and with training) for earlier and higher early yields per acre. It raises establishment cost and management intensity but can dramatically improve early returns. Use closer spacings in the tool to see the resulting density.
Does closer spacing always mean more yield?+
More trees give higher yield per acre while young, but as canopies meet, competition for light, water and nutrients limits per-tree yield and can hurt quality and disease control. There's an optimum density per species and system — too close eventually reduces total productivity and complicates orchard operations.
How do I measure row and plant spacing?+
Row spacing is the distance between rows; plant spacing is the distance between trees within a row. A '6 × 4 m' orchard has 6 m rows and 4 m between trees in the row. Wider rows ease machinery access; closer in-row spacing raises density. Enter both in metres.
How much area does each tree need?+
It's the row spacing × plant spacing (× a layout factor for triangular). At 5 × 5 m square that's 25 m² per tree; triangular reduces it to about 21.7 m². The tool reports area per tree so you can compare layouts and spacings directly.
Should I leave space for roads and borders?+
Yes — real orchards lose some area to access roads, headlands, irrigation channels and borders, so plantable area is a bit less than gross area. Enter the net plantable area for an accurate tree count, or deduct a margin (often 5–10%) from the gross area first.
Can I use this for plantation crops?+
Yes — coconut, areca, coffee, rubber, oil palm and timber plantations all use the same density maths. Enter the recommended spacing for your crop and the layout you'll use. For very wide-spaced crops the triangular gain is the same proportional ~15%.
How does spacing affect machinery?+
Row spacing must accommodate your tractor, sprayer and harvest equipment with clearance — too narrow and you can't get machinery through, raising labour costs. Triangular layouts give denser planting but can complicate straight-line machine passes. Balance density against the access your operations need.