What a damaged delivery really costs you, line by line

A damaged delivery costs you much more than the product. You pay to bring the broken item back, you pay again to send a new one, and your team spends time on calls and photos in between. Sometimes the customer never comes back.

Most of these costs never appear on one bill. The courier charge sits in logistics, the product in inventory, the support time in salaries.

Nobody adds them up.

Let us add them up here, with a nine-line worksheet and then a worked example in rupees.

I should say this first. We sell protective packaging at Jagannath Polymers, so I have an interest in this sum. That is exactly why every number in the example is labelled as an assumption. Replace each one with your own. If the answer says your current packaging is good enough, believe the answer.

Why put a rupee number on damage?

Every packaging upgrade has to answer one question from finance: what does it save?

"Fewer complaints" is not an answer a finance team can use. "₹18 per order, on 3,000 orders a month" is. Once you know the rupee cost of one damaged delivery, you can test any change in packaging against it.

The number also settles arguments between teams. Purchase sees the packaging price going up. Customer service sees the tickets going down. A rupee figure puts both on the same page.

The worksheet: nine lines for one damaged delivery

Let us start with one damaged order that ended in a replacement. Fill in each line with your own figures.

A few notes on these lines.

1. Value the product at your cost. The MRP includes margin you never spent, and finance will reject a sheet built on MRP.
2. To get cost per minute, divide a person's monthly cost to you by the minutes they are paid for. Someone who costs ₹24,000 a month for 25 days of 8 hours is paid for 12,000 minutes, which is ₹2 a minute.
3. If you do not ask for broken items back, line 2 is zero. You also lose any salvage value, so line 6 becomes the cost of the photo check instead.
4. For line 9, enter what you actually received last quarter, divided by the damages. Do not enter what you could have claimed.

Why is the first delivery not on the list?

Because you would have paid it anyway.

The sale was always going to need one delivery, and its price covers that delivery. The damage adds two more legs: the trip back and the second trip out. That is the "freight both ways" in our sheet.

Counting the first freight again would make the damage look bigger than it is. An inflated sheet loses trust the day someone in accounts checks it.

Replacement or refund: which costs more?

A refund usually costs more. This is easy to miss.

With a replacement, you keep the sale. You lose one more unit of product at your cost, plus the extra freight and time.

With a refund, you lose the sale itself. The product, the first freight and the first packaging are already spent, and now the money that reached you for that sale goes back as well. That amount is your selling price after GST and any marketplace commission, and it is normally well above your product cost.

Both columns in the calculation below compare the damaged order with the same order delivered safely. On that basis, when a customer is willing to take a replacement, it is usually the cheaper outcome for you.

Make it easy for them to say yes.

What can you claim back from the courier?

Less than you might hope.

Couriers limit their liability in their conditions of carriage. As an example, Blue Dart's published conditions for its Domestic Priority service limit its liability to ₹5,000 or the actual loss, whichever is lower. They also say a claim must reach Blue Dart in writing within 30 days of the date the shipment was accepted. We read these on 2 October 2026. Your own courier and service may have different terms, so read yours.

A claim also pays, at most, for the goods. It does not pay for your support time, the second delivery or the customer you upset.

This is why line 9 is usually small in our sheet. Count what you recovered, not what you were promised.

What about the bad review and the customer who leaves?

This is the hardest line to price, and I keep it outside the main total.

You can estimate it from your own data if you track repeat orders. Compare how many customers order again after a damaged delivery with how many order again after a good one. Multiply the gap by the margin a returning customer brings you in a year.

As an illustration only: if 20% fewer customers come back after a damage (assumed), and a returning customer brings ₹300 of margin a year (assumed), the extra cost is ₹60 per damage.

Show this figure to finance as a separate line. A sheet that sticks to hard costs is easier to defend, and the hard costs usually make the case on their own.

If you sell to businesses

For a purchase head shipping to distributors or factories, one damaged carton can turn into a rejected consignment. Add three things to the sheet.

1. Return freight for everything the customer rejects, which can be the whole lot and not just the broken carton.
2. Re-inspection and repacking of the rejected stock.
3. The cost of being paid late. A customer may hold the whole payment until the dispute is settled.

The third one is easy to calculate. Delay cost = invoice value × your annual interest rate × days of delay ÷ 365.

Take an invoice of ₹2,00,000, an interest rate of 12% a year and a delay of 20 days, all assumed. The delay alone costs about ₹1,315. That is before any freight.

Your calculation

Let us do the full sum for one product. Every figure is an ASSUMPTION, chosen only to show the method. None of them is a courier rate, a market price or our price.

The product is a ceramic dinner set. It costs you ₹700. The money that reaches you for each sale, after GST and commission, is ₹1,400. Staff time costs ₹2 a minute.

The replacement costs about one and a half times the product. The refund costs well over twice the product.

Now assume 7 in 10 damaged customers accept a replacement. The average cost of one damage is (0.7 × ₹1,065) + (0.3 × ₹1,620) = ₹1,231.50.

Next, you need your damage rate: damaged orders divided by orders shipped, for this product, over the last few months. Assume it is 1.5%, which is 15 damages in every 1,000 orders.

1. Damage cost per order = 1.5% × ₹1,231.50 = about ₹18.50.
2. At 3,000 orders a month, that is 45 damages and about ₹55,400 a month.
3. Break-even for better packaging: the extra cost per order ÷ the cost of one damage. A pack that costs ₹6 more per order must prevent 6 ÷ 1,231.50, i.e. about 5 damages in every 1,000 orders.
4. In this example, that means bringing the damage rate down from 1.5% to about 1.0%. If a trial on real orders shows a bigger drop than that, the better pack pays for itself.

To build this in a spreadsheet, keep one row per product:

1. Cost of one damage (replacement): = product + return + second delivery + packaging + (packing + handling + support minutes) × cost per minute + goodwill − recovery
2. Cost of one damage (refund): = net revenue + return + (handling + support minutes) × cost per minute + fees not returned − recovery
3. Average cost of one damage: = replacement share × replacement cost + refund share × refund cost
4. Damage cost per order: = damage rate × average cost of one damage
5. Break-even reduction in damage rate: = extra packaging cost per order ÷ average cost of one damage

I do not know your damage rate, and I will not guess it. But I am sure of one thing: once this sheet exists, the packaging discussion in your company gets shorter.

Pull your last 20 damage tickets this week and fill in the nine lines for each.

If you then want to test a better pack against your own number, write to us through the contact page. We will help you set up the trial, and we will tell you if your current pack is already good enough.