Container Loading Plans for Crochet Freight
In one sentence: crochet is low-density freight, so a container fills on cubic metres long before it reaches its weight limit — which means the loading plan, not the freight rate, is what decides your landed cost per unit.
Why crochet is volume-bound
Freight is priced twice: once on weight, once on volume, and the carrier charges whichever is greater. Hand-crocheted goods almost always land on the volume side. A 40HQ is rated for roughly 26 tonnes, but once you allow for pallets, dunnage and clearance, usable space is around 65 to 68 cubic metres. Packed crochet toys sit somewhere between 80 and 160 kilograms per cubic metre, so a full container carries a fraction of the weight it is legally allowed to.
That single fact reorganises the whole cost conversation. You cannot negotiate your way out of a volume problem by asking for a better rate, because the rate is applied to a number you control directly: how many cubic metres your order occupies. Two suppliers quoting the same product at the same unit price can produce landed costs that differ by a fifth, purely on packing density.
This is also why crochet buyers who switch from LCL to FCL often see a step change rather than an incremental saving. Nothing about the product changed. What changed is that the empty space stopped being billed.
The three levers that actually move volume
| Lever | What it does | Where it stops working |
|---|---|---|
| Carton geometry | Matching carton dimensions to the container's internal grid removes dead space at the top of each stack and along the walls | Odd shapes and gift boxes with rigid inserts cannot be re-cut without changing the retail pack |
| Compression | OPP vacuum compression on soft goods removes 40–50% of packed volume for plush toys, blankets and flat-pack flowers | Rigid items (boxed sets, potted decor) gain nothing, and over-compression can set creases in yarn that relax only after steaming |
| Mixed-SKU nesting | Small accessories fill the voids left by larger cartons instead of travelling as their own pallet layer | Requires a written stacking order, and makes counting at destination slower unless each SKU keeps a floor-level reference carton |
The order matters. Compression first, because it changes the carton dimensions that everything else is calculated from. Carton geometry second, because it is a one-off tooling decision that holds for every future order of the same SKU. Nesting last, because it is a per-shipment decision and has to be redone each time the SKU mix changes.
What a loading plan contains
A loading plan is not a packing list. A packing list tells you what is in the container. A loading plan tells you how it is arranged, and that is the document a forwarder can quote against and a warehouse can execute.
- Carton count by SKU, with dimensions and gross weight after compression — not the theoretical pre-compression figure.
- Total volume and total weight, so the volume-to-weight ratio is visible on one line.
- Stacking order, heaviest and densest at the bottom and towards the door end, compressible goods on top.
- Load sequence, because the SKU you need first at destination should be the last one loaded, or at least the one nearest the door.
- Reference cartons, one per SKU at floor level, so a destination inspection does not require unloading the container.
A loading plan that only states a total volume is not a loading plan — it is an estimate. The value is in the carton-level detail, because that is where the dead space is visible.
FCL or LCL for low-density goods
The usual threshold quoted is around 15 cubic metres, and for crochet it holds reasonably well, with one caveat. Below roughly 15 cubic metres, LCL is cheaper because you are buying space rather than a container. Above about 20 cubic metres, FCL wins even when the container is only two-thirds full, because LCL charges by volume plus destination handling, and you give up control of how your cartons are stacked alongside other shippers' cargo.
Between 15 and 20 cubic metres the answer depends on the destination port rather than on the goods. That band is worth getting both quotes for, and worth asking one specific question: what is the destination handling charge per cubic metre? It is the line that most often reverses the comparison.
For programmes that ship the same SKUs repeatedly, there is a third option worth pricing: consolidating two or three orders into one container on a fixed monthly departure. It trades a few weeks of inventory holding against a full container rate on goods that would otherwise move as LCL.
How to brief us for a loading plan
Five inputs produce a usable plan. Without them the output is a guess with a table around it.
- SKU list with quantities.
- Packed carton dimensions and gross weight after compression.
- Whether cartons are palletised, and if so the pallet footprint and height.
- Destination port.
- Delivery window, so the plan can be matched to a sailing rather than to a production date.
With those five, we return a carton count, a volume figure, a container recommendation and a note on where the remaining dead space sits — usually within two working days. The plan is issued against a named yarn lot and a named delivery window, so if the order is confirmed the numbers do not move.
Related reading: packing and compression for crochet freight, the production and delivery timeline, and low-MOQ programmes if you are testing a SKU before committing a container.
Frequently asked questions
Why does a crochet container fill up before it reaches its weight limit?
Because hand-crocheted goods are mostly air. A 40HQ rated for roughly 26 tonnes will usually max out at 65 to 68 cubic metres of usable space long before the weight becomes a constraint. Once you are volume-bound, the only levers left are carton geometry, compression, and how SKUs nest into each other.
What is a loading plan, exactly?
A loading plan is a carton-level map of one container: how many cartons of each SKU, their dimensions and weights, the stacking order, and which SKUs are loaded last because they are needed first. It is what lets a forwarder quote against real volume instead of a guess, and what lets you spot a 15 percent dead-space problem before the goods ship.
How much volume can vacuum compression actually save?
For soft crochet items, OPP vacuum compression typically removes 40 to 50 percent of the packed volume on compressible products such as plush toys, blankets and flat-pack flowers. Rigid items such as boxed gift sets and potted decor do not compress, so the saving has to come from carton dimensions instead.
Should I ship crochet as FCL or LCL?
Under about 15 cubic metres, LCL is usually cheaper because you are not paying for empty space. Above roughly 20 cubic metres, FCL wins even when the container is not full, because LCL charges by volume plus destination handling and you lose control of how your cartons are stacked. Between 15 and 20 cubic metres, ask for both quotes - the answer depends on the destination port.
Can you load several SKUs into one container without damaging the cartons?
Yes, and it is normal rather than exceptional. The rule we work to is that heavier, denser cartons go at the bottom and towards the door end, compressible goods go on top, and every SKU keeps a floor-level reference carton so that an inspection at destination does not require unloading the container. Mixed-SKU loading plans get a written stacking order for this reason.
What do you need from me to produce a loading plan?
Five things: the SKU list with quantities, the packed carton dimensions and weights after compression, whether cartons are palletised, the destination port, and your delivery window. With those we return a carton count, a volume figure, and a container recommendation - usually within two working days.
Send us your SKU list and packed carton dimensions, and we will return a loading plan.
Related pages: packing & freight volume, delivery timeline, and the sourcing FAQ.
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