Direct store delivery is the model where a supplier delivers straight to the retail outlet, bypassing the retailer's distribution centre. It exists because for some products, the supplier controls the shelf better than the retailer does — and is willing to pay for the privilege.
Why DSD exists
Sending product through a retailer's DC is cheaper per case. DSD survives because it buys things the DC route cannot:
- Speed to shelf for short-shelf-life products: bread, dairy, fresh snacks.
- Merchandising control — the supplier's person builds the display, faces the shelf and manages the planogram.
- Store-level responsiveness — restocking a fast seller mid-week instead of waiting for the next DC drop.
- Order accuracy at the point of need — the person ordering is standing in front of the shelf.
- Direct relationship with the store manager, which is worth real money in category negotiations.
- Promotional execution — getting the end-cap built correctly, on time, in the right stores.
The trade is straightforward: DSD costs more per case to distribute and delivers higher availability, better execution and stronger category control. Where that trade is worth it, DSD persists.
Allocate the fully loaded visit cost — driver time, vehicle, fuel, service time, merchandising — to each customer, then plot revenue against cost.
The DSD workflows
Presell. A sales representative visits ahead of delivery, takes the order, and the delivery vehicle arrives later with picked stock. Cleaner inventory, better route efficiency, more headcount.
Sell from truck (van sales). The driver arrives with stock, agrees quantities at the store, and invoices on the spot. Fewer touches, more flexibility, harder inventory control.
Delivery only. Orders arrive electronically from the retailer's system; the driver delivers against them. Closest to conventional distribution.
Merchandising visits. A separate visit with no delivery, purely to build displays, rotate stock and fix the shelf.
Most real operations blend these, sometimes by customer, sometimes by product line. See presell versus sell from truck.
The cost structure
DSD economics are dominated by the cost per store visit, which barely varies with the size of the drop.
`` Cost per case ≈ (cost per visit) / (cases per visit) ``
Everything strategic in DSD is an attempt to move one of those two numbers:
| Lever | Effect |
|---|---|
| Increase drop size | Fewer visits, lower cost per case |
| Reduce visit frequency | Fewer visits, higher out-of-stock risk |
| Combine product lines on one vehicle | Same visit, more cases |
| Reduce service time per visit | More visits per day |
| Improve routing density | Less driving per visit |
| Move small stores to a wholesaler | Removes the least economic visits |
The last lever is the one businesses avoid discussing and the one with the fastest payback. In most DSD networks a tail of small outlets consumes a disproportionate share of visits and delivers a small share of volume. Quantifying that tail — cost to serve per customer — is often the single most valuable analysis a DSD business can run.
What DSD demands from software
- Van inventory tracked as a real stock location with reconciliation.
- Mobile invoicing offline-capable, with customer-specific pricing and tax.
- Promotions engine handling temporary price reductions, multi-buy deals, retrospective rebates and retailer-specific programmes.
- Returns and credits at the stop, including damaged and out-of-date stock.
- Empties and deposits — crates, pallets, kegs, bottles.
- Merchandising task capture — photos, planogram compliance, competitor activity, out-of-stock reporting.
- Frequency and call planning with day-of-week patterns and seasonal variation.
- Settlement for cash, cheque, card and account.
- Retailer EDI for invoices, ASNs and order receipts where required by major accounts.
That last item catches distributors out when they win their first large retail account. EDI compliance requirements can be onerous and are usually non-negotiable.
Metrics that run a DSD operation
| Metric | Why |
|---|---|
| Cases per visit | Core productivity and cost driver |
| Visits per day per route | Route efficiency |
| Cost to serve per customer | Identifies the unprofitable tail |
| Out-of-stock rate at shelf | The reason DSD exists in the first place |
| Return and credit rate | Freshness and forecasting quality |
| Settlement variance | Inventory and cash control health |
| Promotional compliance | Whether you got what you paid the retailer for |
| Sales per merchandising hour | Whether the merchandising visit pays |
Where DSD is under pressure
Retailer consolidation, DC efficiency and the cost of labour all push against DSD. Several categories that used DSD twenty years ago have moved to warehouse delivery. The categories that remain are those where freshness, execution or velocity genuinely justify the extra cost.
The practical implication for distributors: be able to prove the value you deliver at store level, in the retailer's terms, with data. A DSD operation that can demonstrate availability and promotional execution advantages defends its model; one that cannot is negotiating on price alone.
Frequently asked questions
Is DSD more expensive than warehouse delivery?
Per case, almost always. The comparison only makes sense including the value delivered — availability, freshness, execution and category growth. Distributors that lose this argument usually lost it by failing to measure the value side.
What products suit DSD?
Short shelf life, high velocity, impulse-driven, heavily promoted, or requiring in-store execution. Bread, dairy, soft drinks, beer, snacks, ice cream and fresh prepared foods are the classics.
Can DSD and warehouse delivery coexist for one supplier?
Routinely. Large-format stores and major accounts may take DC deliveries while convenience and independent trade take DSD. This hybrid is common and requires software that can handle both order flows cleanly.
How often should stores be visited?
Frequency should follow velocity and shelf capacity, not habit. Compute weeks of supply on the shelf per store and set frequency to prevent out-of-stocks without excessive small drops. Many DSD networks carry inherited frequencies that no longer match the volumes.
What is the biggest operational risk in DSD?
Inventory shrinkage across the van and settlement process. Without disciplined reconciliation, product losses accumulate slowly and are difficult to attribute. Tight settlement is the control that prevents it — see driver settlement.
