A first stocking order playbook for pickup-parts distributors

Most first orders from a new distributor are built from a supplier’s price list instead of from the vehicles on their own roads. The result is predictable: depth in a family nobody asks for, thin coverage of the parts that fail every week, and an expensive container per usable SKU.

This playbook is the sequence we would use to build a first stocking order for a pickup-parts distributorship. It is a scenario guide, not a case study: figures are illustrative planning ranges, confirmed only in a written quotation.

1. Start from the park, not from the price list

A first order should mirror the vehicle parc your customers actually service. Four questions narrow it quickly:

• Which three to five platforms dominate workshop visits? In most of our markets that is some mix of Toyota Hilux (Revo/Vigo), Isuzu D-Max, Ford Ranger, Mitsubishi L200 and Nissan Navara, plus Hino or Isuzu light trucks for commercial fleets.
• Which generation of each platform is still working? A 2012–2016 D-Max is a different front end from a 2020+ RG01; a programme covering the wrong generation is a container of returns.
• Left- or right-hand drive? Lamps and mirrors are handed, so a container bought for one drive configuration does not fix itself in the warehouse.
• Repair, retail or both? Body shops buy fast-moving repair parts; accessory shops buy styling and chrome. That answer sets the category ladder.

Our catalogue covers 179 part references across 21 makes and 103 model generations — exactly why a first order should not try to cover all of it. Pick the platforms, then the parts.

2. Build the category ladder

A body-parts order works better as a ladder than a flat list: anchor SKUs that turn over monthly, depth SKUs for the repair channel, and margin SKUs that round out the invoice.

Rung	Part families	Role in a first order
Anchor (repair volume)	Headlights, tail lamps, corner and side lamps, mirrors, bumpers	Every front or rear impact; reorder most often
Depth (body-shop channel)	Steel fenders, hoods, door shells, grilles	Higher ticket, bulkier, needs a repair customer
Margin (retail and styling)	Body kits, fender flares, chrome covers, mirror caps	Good retail margin, lighter cartons, smaller MOQs
Filler (small, high turnover)	Corner lamps, side lamps, clips, small accessories	Fills CBM and lifts value per carton

Put most of the money in the anchor rung, add one depth family only if you already sell to body shops, and keep styling a small test.

3. MOQ math across SKUs

The MOQ we publish is from 20 pcs per part, set per part number rather than per container, and mixed orders across SKUs are welcome — the most useful fact for a first order, because it lets the budget buy coverage instead of depth.

An illustrative first order — not a quotation — might look like this:

Line	Family	Quantity (illustrative)	Packing note
LED headlight, 2020+ platform	Lamps	30 pairs	One pair per foam carton
Halogen headlight, same platform	Lamps	30 pairs	Value line for fleet repair
LED tail lamp	Lamps	40 pairs	Fast mover after rear impacts
Corner light	Lamps	100 pcs	High-turnover small part
Door mirror	Mirrors	20 pairs	Most frequently damaged body part
Front bumper	Bumpers	10 pcs	Repair channel only
Fender flares (set)	Plastic	20 sets	Styling test, light cartons
Chrome handle covers	Chrome	100 sets	Filler line, dense carton

Two rules before the list is final. Order in carton multiples — a 50-pcs carton makes 50 a better line than 40, because carton count drives the packing list and freight. And ask for the measured carton size per SKU at quotation; a catalogue volume is a planning number, not a loading one.

4. Plan the volume before you choose the container

Per-family packing volumes published in our container loading guide are planning estimates, accurate enough to size a first order: a lamp pair is roughly 0.09–0.12 CBM, a tail-lamp pair 0.06–0.09 CBM, a mirror pair 0.05–0.08 CBM, a bumper 0.12–0.20 CBM, a steel fender 0.08–0.12 CBM and a flare set 0.15–0.20 CBM.

The eight lines above land around 6–9 CBM — small enough for LCL. Plan with usable CBM: a 20ft has about 26–28 usable CBM and a 40HQ about 62–66 in our planning numbers, and staying 10–15% below the ceiling leaves room for carton gaps and the last row.

5. Choose the freight mode once, with eyes open

The crossover from LCL to a 20ft sits roughly between 8 and 15 CBM depending on lane and season. Below that, LCL keeps the first order small; above it, a full container is cheaper per CBM and gentler on fragile lamps because the cargo is not co-loaded. Our LCL vs FCL guide explains the W/M rule and destination fees.

If the first order is mostly lamps and painted parts, do not let a low LCL rate decide alone — handling risk can cost more than the freight difference. If it is mostly dense small parts and chrome, LCL at 3–6 CBM is a rational start.

6. Sequence the first three orders

A first order tests fitment and sell-through. The second adds depth. The third earns the container.

Order	Scope	Planning size	Purpose
1	6–8 SKUs across anchor families	3–8 CBM, LCL	Test fitment, packaging and sell-through
2	Depth on 2–3 proven SKUs + adjacent repair parts	10–15 CBM	Reduce stock-outs, improve freight rate
3	20ft mixed with depth + a styling test	20–26 CBM	Full container economics, retail add-ons

Production for stock items typically runs 7–15 days after deposit; add ocean transit and clearance before you plan the sell-in date. The point of phasing is that a wrong fitment on order one costs a pallet, not a container.

7. The 90-day reorder check

Ninety days after the container lands, review the first order SKU by SKU. Three numbers decide the second order:

• Sell-through per SKU — units sold against units received. Anything under roughly a third after 90 days is the wrong fitment, price point or customer.
• Fitment returns per SKU — a high return rate on one part usually means a generation or handedness error, not a quality problem. Fix the data before reordering.
• Cover against lead time — monthly units × lead time in months, plus a safety buffer. With 7–15 days of production and 3–6 weeks of transit, two to three months of cover on anchor SKUs is a reasonable starting rule.

8. The mistakes that cost the most

1. Breadth before fitment confirmation — 15 SKUs of one platform with the wrong generation split is dead stock.
2. Ignoring LHD/RHD — handed lamps and mirrors cannot be sold into the other drive configuration.
3. Styling before repair — body kits are a margin product, not a market-entry product.
4. Planning CBM from a catalogue — always ask for measured carton dimensions on the quotation.

Send the list, get the mix priced

Send the platforms, generations and quantities you are considering. We reply with a line-by-line quotation including MOQ, packing data, measured CBM and FOB or DDP options. Start from the export process guide or the wholesale overview, then send the part list.

Once the first order is moving, the next source of stock-outs is timing rather than assortment. The body-parts demand calendar covers selling windows, the China production calendar and the order-by date math.

FAQ

What is a realistic first stocking order? A mixed 20ft or roughly 20 CBM with 6–10 SKUs is a practical start, using the 20 pcs MOQ per part. Cover repair essentials for two or three platforms first, then add styling lines once sell-through is visible. LCL works for a smaller test order.

How do I choose which platforms to stock? Start from the parc in your own market, not from a global price list. Pick the two or three pickup or light-truck models your customers actually repair, then build category coverage around them: lamps, mirrors, bumpers and the panels a body shop calls for.

How do samples fit into the first order? Approve a sample before the bulk order. The sample and its freight are usually paid by the buyer and credited against the first bulk order; the point is to test fit and finish. Production for stock items typically runs 7–15 days after confirmation.

When should I place the second order? Set a cover trigger and run a review at around 90 days. Reorder fast movers when cover falls below your target, top up anchor families before seasonal demand, and use LCL for fill-ins rather than waiting for another full container.