Return per Day & Profit per Day of Land
Compares quick crops
Enter the net profit and the days the land is occupied to get the return per day (profit ÷ days), plus the return per month. Compare quick and long crops fairly.
Normalize profit per day
Next: compare this ₹1,333/day against alternative uses of the same asset/cycle — a higher per-day return means faster cycles beat fewer, longer ones.
Per-day return lets you compare enterprises of different cycle lengths fairly: a short, modest-profit cycle can out-earn a long, high-profit one on a per-day basis.
Return per day — key facts
- Return per day
- net profit ÷ days occupied
- Return per month
- return per day × 30.4
- Net profit
- income after all costs
- Days
- land occupancy period
- Why per day
- land is the limiting resource
- Compares
- quick vs long crops fairly
- Higher is
- better land use
- Privacy
- Runs in your browser; nothing uploaded
A small fast crop can beat a big slow one — per day of land
Total profit per crop hides the real story, because land is the resource you cannot stretch — only one crop grows on a plot at a time. A crop that earns less overall but clears the field in half the time frees that land for another cycle, so it can out-earn a bigger, slower crop across a year. Dividing net profit by the days the land is occupied puts every crop on the same daily footing.
This tool gives the return per day and the return per month from your net profit and occupancy days. Use it to rank crops, plan rotations and decide whether a quick vegetable beats a long-season plantation per day of land. Pair it with the Margin Money, Operating Expense Ratio and Working Capital Cycle tools for a full finance plan.
Compare fairly
Quick and long crops on the same footing.
Rank your options
Higher return per day means better land use.
Plan rotations
See which sequence earns more per year.
Think per month
A figure that fits cash-flow planning.
Frequently Asked Questions
How is return per day calculated?+
It is the net profit spread over the time the land was tied up: return per day = net profit ÷ days the land is occupied. A crop that earns 30,000 over 90 days returns about 333 per day; one that earns 50,000 over 200 days returns 250 per day. The tool also gives the return per month by multiplying the daily figure by about 30.4.
Why measure profit per day rather than per crop?+
Because land is the limiting resource — you can only grow one thing at a time on a plot. A crop with a smaller total profit but a much shorter cycle frees the land sooner for another crop, so it can out-earn a bigger but slower crop over a year. Return per day puts quick and long crops on the same footing.
What counts as net profit here?+
Net profit is the income from the crop minus all the costs of growing it — inputs, labour, land charges and overheads attributable to that crop. Use the profit figure after costs, not the gross sale value, so the return per day reflects what you actually keep per day of land use.
What days should I enter?+
Enter the days the land is occupied by the crop — from the time the plot is committed (land preparation or sowing) until it is cleared and free for the next crop. That occupancy period, not just the growing days, is what matters, because it is the time the land cannot be used for anything else.
How does this help me compare crops?+
Run each crop through the calculator and compare the return per day. The crop with the higher daily return makes better use of your land over a season, even if its total profit per cycle is lower. It turns 'this crop earns more' into 'this crop earns more per day of land', which is the comparison that actually decides your cropping plan.
What is the return per month?+
It is the daily return scaled to a month — return per day × 30.4 (the average days in a month). It is often easier to picture than a per-day figure and lines up with monthly cash-flow planning. Both express the same thing: how fast the land is earning while a crop occupies it.
Should I include fallow or turnaround time?+
If you want the true return on land over a year, yes — add the turnaround days between crops to the occupancy, because that idle time still ties up the plot. For comparing the crops themselves on a like-for-like basis, use just the occupancy of each crop. Decide which question you are answering and be consistent across crops.
Does a higher return per day always win?+
It is the best single guide for land use, but not the only factor. Risk, market prices, soil health, rotation needs, labour peaks and your own cash flow all matter. A slightly lower return per day from a soil-building or low-risk crop can be the wiser choice. Use return per day to rank options, then layer in the rest.
What units should I use?+
Enter net profit in your currency and the days as a whole number. The return per day comes out in currency per day and the return per month in currency per month. The calculation works for any currency and any crop length, from a 60-day vegetable to an 18-month plantation.
Are the figures precise?+
They are exact for the profit and days you enter. The usefulness depends on honest profit figures and realistic occupancy, which vary with yield and price. Treat the result as a planning comparison: it reliably ranks crops by how hard they make your land work, even if the absolute amounts shift with the season.