How to Calculate Delivery and Distribution Costs for FMCG Products
Many FMCG founders know their product cost to the paisa but have only a rough idea of what it costs to get a case from the factory to the shop. That gap is dangerous. Delivery and distribution costs can quietly eat the margin on every case, especially for heavy, bulky or low-price products, and especially as you expand to districts further from your plant.
This guide shows how to calculate your distribution cost per case step by step, with an illustrative worked example and a simple template you can copy. I use the same approach for Sparow, where water is heavy and margins per case are thin, so every rupee of delivery cost matters.
Quick answer
To calculate FMCG distribution cost per case in India, add up every cost of moving and selling the product over a period (transport, loading, warehousing, sales staff, distributor margin, schemes, damages and returns, and credit cost), then divide by the number of cases sold in that period. Calculate it separately for each route or district. Compare the result with your net realisation per case to see whether each area actually makes money.
Why cost per case matters
Cost per case turns a messy set of expenses into one number you can compare. It tells you:
- Which districts or routes are profitable and which are losing money.
- Whether a new district is worth entering.
- Whether to use a distributor or deliver directly.
- How much room you have for schemes and discounts.
- When a bigger pack or a regional depot would pay off.
The cost buckets
| Bucket | What it includes |
|---|---|
| Primary freight | Factory to distributor or depot: truck hire or own vehicle, fuel, tolls, driver |
| Secondary delivery | Distributor or depot to shops: vehicle, fuel, driver, helpers (if you pay for it) |
| Loading and handling | Loading, unloading, labour at each point |
| Warehousing | Rent, power, staff and insurance for stock you hold |
| Sales cost | Your salespeople’s salary, travel and incentives |
| Trade margins | Distributor and super stockist margins |
| Schemes | Free goods, display incentives, launch offers |
| Damages and returns | Breakage, leakage, expiry replacements |
| Credit cost | The cost of money tied up in unpaid invoices |
Some founders leave out trade margins and schemes and treat them as “price” instead. That’s fine, as long as you’re consistent. What matters is that every cost appears somewhere.
Step-by-step calculation
- Choose a period: a month is usually best.
- Choose a scope: one route, one district or one distributor.
- Collect costs: add up every bucket above for that scope and period.
- Count cases: total cases actually sold (not dispatched) in that period.
- Divide: total cost ÷ cases sold = cost per case.
- Compare: against your net realisation per case before distribution.
A worked example
An illustrative month for one district served from your factory through a distributor. These figures are examples to show the method, not benchmarks.
| Cost item | Monthly cost |
|---|---|
| Primary freight: 8 truck trips × ₹6,000 | ₹48,000 |
| Loading and unloading | ₹6,000 |
| Sales executive (salary, travel, incentive) | ₹30,000 |
| Schemes and launch support | ₹20,000 |
| Damages and replacements | ₹8,000 |
| Credit cost (estimate) | ₹4,000 |
| Total (excluding distributor margin) | ₹1,16,000 |
| Cases sold | 4,000 |
| Cost per case | ₹29 |
If the distributor margin is, say, ₹18 per case, the total cost of selling one case in this district is about ₹47. Now compare with what you earn. If your net realisation is ₹240 per case and your product cost is ₹170, you make ₹70 before distribution, and about ₹23 after. A closer district with lower freight might leave you ₹40. A far district with half the volume could leave you nothing.
Calculating your own vehicle cost
If you run your own delivery vehicle, work out a cost per day:
- Fixed: EMI or depreciation, insurance, permits, driver salary.
- Variable: fuel, tolls, maintenance, tyres.
Divide the monthly fixed cost by working days, add the average daily variable cost, and you have a daily vehicle cost. Then divide by the cases delivered per day. A vehicle that delivers 200 cases a day costs half as much per case as one delivering 100, which is why route planning and drop size matter so much.
What drives cost per case up
- Distance: more fuel, more time, fewer trips.
- Small drop sizes: stopping at a shop for two cases costs almost as much as stopping for twenty.
- Scattered outlets: shops far apart on a route.
- Low vehicle utilisation: half-empty trucks.
- Heavy or bulky products: water, oil and beverages cost more to move per rupee of value.
- High damage rates: poor packing or handling.
- Long credit: money tied up in the market.
How to bring it down
- Increase outlet density: sell to more shops on the same route rather than adding new routes.
- Raise minimum order sizes or set delivery days so each stop is worth more.
- Plan beats: fixed routes on fixed days, so vehicles run full.
- Share transport: combine loads with nearby districts or other non-competing brands.
- Improve packing to cut damages.
- Use a depot or super stockist when a far zone has enough volume.
- Tighten credit to reduce the money tied up in the market.
My guides on distribution economics and route-to-market strategy cover these decisions in more depth.
A simple template
Set up a spreadsheet with one column per district or route and these rows: freight, loading, warehousing, sales cost, schemes, damages, credit cost, distributor margin, total cost, cases sold, cost per case, net realisation per case, product cost per case, profit per case. Update it monthly. In a few months you’ll see clearly where you make money and where you don’t.
Key takeaways
- Cost per case = all distribution costs for a period ÷ cases sold in that period.
- Calculate it separately for each district or route.
- Distance, drop size, outlet density and damages drive the number most.
- Compare it with net realisation to see which areas actually make money.
Frequently asked questions
How do I calculate distribution cost per case for FMCG products?
Add up all costs of moving and selling the product over a period, including freight, loading, warehousing, sales staff, schemes, damages and credit cost, then divide by the number of cases sold in that period. Do it separately for each route or district.
What is a normal distribution cost per case in India?
There’s no single normal figure. It depends on product weight and value, distance, drop sizes, outlet density and whether you use distributors. Track your own number by route and compare it with your margin.
Should I include distributor margin in cost per case?
You can either include it or treat it as part of the price chain. Either works as long as you’re consistent and every cost appears somewhere in your calculation.
How can I reduce delivery costs for FMCG products?
Increase the number of outlets on each route, plan fixed beats, raise drop sizes, share transport, reduce damages with better packing and use depots or super stockists in far zones with enough volume.
Is own delivery cheaper than using a distributor?
Own delivery can be cheaper close to your plant where you have high outlet density. In far or scattered areas, a distributor who already runs routes there is usually cheaper and faster.
I’m Brawin Rajadurai A, a business developer from Coimbatore. At Sparow, cost per case decides which routes we run. If you want help working out yours, get in touch.
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