Plush is the textbook example of light cargo. A 25 cm character weighs around 200 grams and occupies roughly four litres — so the container fills up long before it reaches its weight limit, and you are paying the carrier to move air.
That single fact is why packing method changes landed cost more than most buyers expect. What follows is a model you can put your own numbers into, rather than a quoted saving.
The loading arithmetic
Everything here derives from two measured inputs per unit: pieces per master carton and carton dimensions. Change either and the rest follows.
| Metric | Standard pack | Vacuum pack in carton |
|---|---|---|
| Pieces per master carton | 24 | 80 |
| Carton outer dimensions | 60 × 40 × 40 cm | 62 × 42 × 42 cm |
| Carton volume | 0.0960 CBM | 0.1094 CBM |
| Displaced volume per unit | 0.00400 CBM | 0.00137 CBM |
| 40HQ usable volume (assumed) | 68 CBM | 68 CBM |
| Units per 40HQ | ~17,000 | ~49,600 |
| Compression ratio | — | ~1 : 2.9 |
Two things to note about that table, because both are places where suppliers overstate the case.
The vacuum carton is slightly larger, not smaller. Flattened goods compress vertically but still need footprint. Quoting a smaller carton alongside higher piece count is a sign the figures were not measured.
“Usable” volume is not the container’s nominal volume. A 40HQ is rated around 76 CBM, but carton tessellation, palletisation and door clearance mean the practical figure is closer to 68 CBM. Always ask which volume a supplier used.
What the freight saving actually is
Freight is charged per container, so cost per unit is container rate divided by units per container. At an illustrative USD 4,200 per 40HQ:
| Line | Standard pack | Vacuum pack |
|---|---|---|
| Ocean freight per unit | 4,200 ÷ 17,000 = $0.247 | 4,200 ÷ 49,600 = $0.085 |
| Drayage and terminal, per unit | ~$0.180 | ~$0.055 |
| Freight-related total per unit | ~$0.427 | ~$0.140 |
| Saving | — | ~$0.287 per unit |
At 20,000 units that is roughly USD 5,700 retained. The exact figure moves with the freight rate: rerun it at your own quoted rate before you commit to a packing specification, because a rate that halves cuts the saving roughly in half too.
The saving is not free. Vacuum packing adds a heavy-duty inner bag and a stronger carton, which is a real per-unit cost — typically a few cents, and worth netting off rather than ignoring.
Recovery after decompression: what it depends on
The reasonable objection to vacuum packing is that the toy arrives creased. Whether it recovers is a property of the filling, not of the method.
- Siliconized hollow conjugate fibre — the fibre most plush uses — carries a low-friction silicone finish that lets filaments slide back into their helical curl once pressure is released. It re-lofts well.
- Unsiliconized or recycled filling can crease permanently under the same compression. If your specification allows unspecified filling, you will find out at the destination, not at the factory.
Practical protocol, and the one we run:
- Release the vacuum on arrival and give the goods 24 hours at ambient temperature before inspection or photography.
- Inspect at the top, middle and bottom of the load, not just the top carton.
- Hold one carton back, leave it sealed for the full transit duration of your longest lane, and open it as a control. This is the only honest way to know how your specification behaves on a 45-day route.
Building a landed cost per unit
The formula is not complicated, and most disputes about it come from leaving lines out rather than from the arithmetic:
Landed cost per unit = FOB unit price + (freight + drayage + terminal) ÷ units per container + duty + brokerage + inland delivery
| Line | Standard pack | Vacuum pack |
|---|---|---|
| Factory FOB unit price | $3.40 | $3.40 |
| Vacuum bag and heavier carton | — | +$0.04 |
| Ocean freight allocation | $0.247 | $0.085 |
| Drayage and terminal | $0.180 | $0.055 |
| Duty (US HTS 9503.00.00) | 0% | 0% |
| Brokerage and clearance | $0.025 | $0.008 |
| Inland delivery to DC | $0.220 | $0.078 |
| Landed cost per unit | $4.07 | $3.67 |
Duty is shown at zero because plush toys are generally duty-free into the United States under HTS 9503.00.00. That is a statement about the tariff line, not a promise about your shipment — verify your own classification and any current trade measures before you build a margin on it.
Polybag safety: the part that is not optional
Whatever you decide about compression, the polybag itself is regulated, because a bag large enough to cover a child’s face is a suffocation risk.
The requirement in both EN 71-1 and ASTM F963 turns on the same idea: a bag above a defined opening size must either be thick enough that it cannot seal against a face, or be ventilated. The commonly specified film thickness is 0.038 mm (0.00150 in) as a minimum, with warning text on the bag.
Three rules that follow, and that buyers get caught by:
- Specify the thickness on the purchase order. “Polybag” alone is not a specification, and a supplier optimising cost will go thinner.
- Ventilation is an alternative, not an addition. A bag that meets the thickness requirement does not also need holes; a thin bag does.
- Warning text has to be legible and in the right languages for the destination market, and it is printed on the bag, not the carton.
Confirm the current clause wording and the exact opening size with your test laboratory. The thickness figure above is the one buyers specify, and it is not a substitute for the standard text.
Related reading
- What actually happens in the 5 to 7 days of plush sampling
- EN 71-1 and magnets: what the 2026 revision changes for exports
- Needle detection and metal contamination control on the sewing floor
Flechazo quotes FOB Shanghai/Ningbo, CIF and DDP by air or ocean, with the packing specification and carton dimensions stated on the quotation so the landed cost model can be checked rather than assumed. MOQ from 100 pieces per design.