A new vehicle brand is judged on how fast a broken vehicle gets back on the road, and that judgement is formed in the first year — before any failure history exists to plan stock from.
The problem with the first parts order
Stocking decisions normally come from failure data. A new brand in a new market has none, and the first replenishment order will take weeks or months to arrive. So the initial package has to be assembled from reasoning rather than history.
Two categories, planned differently:
Fast-moving parts — consumed predictably regardless of failure. Filters, brake pads, wiper blades, bulbs, belts, fluids. Quantity is calculable: fleet size × expected service events per year × parts per service, plus a buffer for the replenishment lead time.
Critical parts — rarely needed, but the vehicle cannot move without them. Sensors, control modules, fuel pumps, starter motors, alternators, radiators, drive shafts. These are stocked in small numbers because their absence is what causes a vehicle to sit for weeks.
The instinct is to stock the fast movers heavily and skip the critical parts because they are expensive and probably will not be needed. That is precisely backwards for reputation: nobody remembers that a filter was in stock, and everybody remembers a vehicle immobilised for two months waiting for a sensor.
The category that causes the most damage
Body panels and glass. Not because they fail, but because they are damaged in accidents — which are certain to occur across any fleet — and because they are bulky, model-specific and slow to ship.
A vehicle waiting three months for a windscreen or a door skin is the most visible possible advertisement against a brand, and it is entirely predictable. A modest stock of the most exposed items — windscreen, headlamps, front bumper, one or two common panels — for each model in the range is worth its carrying cost.
Sizing the initial package
A workable approach for a first import:
- Fast movers for roughly one year of expected servicing across the vehicles being imported, plus the replenishment lead time.
- Critical parts at roughly one unit per twenty vehicles for the most failure-prone items, and at least one of each regardless of fleet size.
- Accident parts — glass and front-end items — at roughly one set per twenty-five vehicles.
- A complete set of service items for one vehicle, held as a reference so the workshop can identify parts physically rather than from a catalogue in a language they may not read.
Asking the manufacturer which parts fail most often in comparable markets is worth doing and often produces a useful answer, since they have warranty data from other export markets even if not from yours.
The economics that make this easier
Parts shipped with the vehicles cost almost nothing in freight terms — the container has space, and the marginal cost is negligible against air-freighting the same part later. Air freight for a single urgent part frequently exceeds the part's value.
That asymmetry is the argument for over-stocking slightly at the start. The carrying cost of a part that sits on a shelf for two years is small; the cost of not having it once is large and lands on the relationship rather than only on the balance sheet.
Identification and cataloguing
Parts arriving without clear identification become unusable stock. Before the first shipment:
- Confirm every part carries a part number that matches the catalogue.
- Get the parts catalogue in a form the workshop can use — searchable by VIN if possible.
- Establish which parts are shared across models in the range, because those are the ones worth stocking more deeply.
- Identify which parts are standard industry components available locally. Bearings, belts, filters and batteries often have local equivalents, and knowing which do reduces what must be imported.
That last point is worth real effort. Parts with local equivalents can be sourced in days rather than months, and identifying them at launch changes the stocking plan substantially.
Replenishment
Set the reorder trigger from lead time, not from stock level intuition. If replenishment takes ten weeks by sea, the reorder point for any part is the quantity consumed in ten weeks plus a safety margin — and for a new brand with no consumption data, that margin should be generous for the first year.
Reviewing actual consumption after six months and adjusting is where the guesswork ends and real planning begins.