The Margin Leak: where distribution loses 13–19% of every logistics dollar
A field-grade accounting of the margin that leaks between systems — failed deliveries, blind handoffs, shrinkage — and why most of it never shows up on a single line of the P&L.
Ask a distribution operator where their margin goes and they’ll point to the obvious places: fuel, wages, the truck. Those are real, and they are large. But they are also visible — they show up on a line, someone owns them, and they get managed. The margin that actually keeps operators up at night is the kind that never lands on a single line of the P&L. It leaks in the gaps between systems, and because no one owns the gap, no one is accountable for the leak.
The single best-quantified version of this is what McKinsey calls the blind handoff — the moment goods pass between two or more parties on their way from manufacturer to warehouse to store to doorstep. These are the points “where costly miscommunication, loss of information, and delays are most likely to happen.” McKinsey’s analysis finds that between 13 and 19 percent of logistics costs can stem from these inefficient interactions — amounting to up to $95 billion (SAR 356 billion) a year in the United States economy alone.
Sit with that range for a second. Not 1–2%. Thirteen to nineteen. A fifth of the logistics bill, evaporating not because anyone is doing their job badly, but because the handoff itself is structurally blind: party A knows something party B needs, and the information doesn’t survive the transfer.
The leak has at least four mouths
Blind handoffs are the headline, but the margin leaks through several openings at once, and they compound.
Failed deliveries. A failed drop-off is never just a missed drop-off. As the operations literature is blunt about it, every failure “triggers a chain reaction of costs” — the driver returns the package, fuel and labor are spent on redelivery attempts, the route plan is disrupted, fleet efficiency drops, and customer trust erodes. In last-mile operations, roughly 10–15% of packages require re-delivery, often for something as small as a wrong address or a missed handoff window. Each retry is pure waste laid on top of a delivery you already paid for once.
The last mile itself. The geometry is unforgiving: the final leg is the most expensive part of the journey, making up about 50% of the total delivery cost of a single package. That means every inefficiency in the last mile is an inefficiency applied to the most expensive half of the trip — the leverage runs the wrong way.
The cost of simply running the truck. Even before anything goes wrong, the baseline is rising. The American Transportation Research Institute’s 2025 cost analysis puts the average operational cost of trucking at $2.260 per mile (SAR 8.48 per mile) in 2024. Strip out fuel — the one component that fell — and the underlying operational cost actually rose 3.6% to $1.779 per mile (SAR 6.67 per mile), up 6.2 cents (SAR 0.23) over the prior year. The fixed floor under every mile is getting higher, which means every wasted mile costs more than it did last year.
Inventory shrinkage. Then there’s the margin that vanishes before the truck even loads. Shrinkage — the gap between what the books say you have and what’s actually on the shelf — quietly erodes profit through theft, vendor fraud, spoilage, and plain data errors. It’s the purest example of the pattern: a loss with no invoice, discovered (if at all) at the next count, long after the trail has gone cold.
From visibility to governance
Closing the leak requires a shift from watching to governing — wiring the handoff so that the information party B needs actually survives the transfer, so that a failed delivery is caught and re-sequenced before it becomes three retries, so that a reconciliation gap raises a flag the same day rather than the next quarter.
That’s a different posture than a dashboard. A dashboard reports the past; a governed system acts in the present. It treats every handoff as an event that must be confirmed, every exception as something that must be resolved before it cascades, and every number as something that must reconcile against its source. The margin doesn’t come back because you looked harder. It comes back because the gaps stopped being blind.
The prize is worth the reframe. If even a portion of a 13–19% structural leak is recoverable — and the evidence says much of it is — then the highest-return project in most distribution networks isn’t a faster truck or a cheaper carrier. It’s the unglamorous work of governing the seams between them.
- Bhattacharjee, D., Kamil, A., Lukasiewicz, M., & Melnikov, L. (2024). Digitizing mid- and last-mile logistics handovers to reduce waste. McKinsey & Company.
- Leslie, A., & Murray, D. (2025). An analysis of the operational costs of trucking: 2025 update. ATRI.
- Martínez-de-Albéniz, V., & Krigul, C. (2025). Human agency in last-mile delivery (working paper). IESE Business School.
- Bringoz Team (2025). The cost impact of failed deliveries and how to prevent them. Bringoz.
- Descartes Finale (2026). Inventory shrinkage: Complete guide to causes, calculation, and prevention.