Container Loading Guide — How Many Machines Fit in a 40ft?

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Every importer asks the same question before the deposit is paid: how many machines actually fit in one container? The answer decides whether your landed cost per unit is $180 or $480, and it is the single most common source of arguments between buyers and sellers of agricultural machinery.

Agricultural implements are nothing like cartons of textiles. They are irregular, heavy, hard to stack, and often taller than the container door. This guide gives you the real numbers: internal dimensions for 20GP, 40GP and 40HQ containers, effective loading volume after dunnage, 40HQ quantity estimates for eight common machine types, the CBM and chargeable-weight maths behind LCL pricing, and the checklists we use at loading and again at unloading.

1. Container Types — 20GP vs 40GP vs 40HQ

Before estimating quantities, fix the container itself. The three types below cover almost all machinery shipments to Africa, Southeast Asia and South America. Dimensions are internal and typify standard dry containers; tolerances of ±3 cm are normal between carriers.

Read the door height before anything else. A 40GP door is about 2.28 m tall. Many balers with the drawbar raised, mounted harvesters with the discharge spout fitted, and orchard sprayers with the boom folded vertically will not pass. The 40HQ adds roughly 30 cm of door height and 30 cm of internal height for a freight difference that is usually far smaller than the cost of dismantling a machine at the factory.

A practical rule: usable volume is about 80–85% of geometric volume once you add timber dunnage, air gaps around irregular shapes, and the 30–40 cm you must leave at the top for lashing access. Never plan a machinery load using 76 CBM — plan on 60–64 CBM.

2. Why Machinery Is Hard to Load

• Irregular silhouettes. Spouts, hoppers, tanks, handrails and gearbox covers create dead air. A baler measuring 4.0 × 2.3 × 1.9 m by extremes can occupy 15 CBM of billable space while its steel only fills 4 CBM.
• Not stackable. Balers, harvesters and combines carry their weight on the axle and thin-gauge panels on top. Placing a second machine on top crushes the chamber, the guards or the feed hopper. Most implements load one layer high only.
• Wheels occupy width. A 2.3 m wide machine in a 2.35 m container leaves 2–3 cm per side — no room for a strap or a batten. Pulling tyres off gains 15–20 cm per side and is the fastest way to gain a slot.
• Exposed blades and tines. Pickup tines, flails, shredder knives and reel bats are the most frequently damaged parts in transit, because they stick out beyond the frame and meet the container wall first.
• Weight versus volume. A 1.8 t round baler is well inside the payload limit but consumes 15 CBM. Small machines are the opposite: 40 corn shellers weigh 8 t and fill the container to the roof. The two families must be mixed to reach both limits at once.
• Overweight, not over-volume. Dense cargo such as crushers, steel bar benders and spare parts can hit the 26–28 t payload before the container is half full. Road leg limits in many importing countries are stricter than the container limit and require permits.

3. How Many Machines Fit in a 40HQ — Estimates

The table below is based on real FOYA loading plans in a 40HQ (12.03 × 2.35 × 2.69 m). Figures assume professional packing, timber bedding, wheels removed where noted, and no stacking unless the row says otherwise. Expect to land at 70–80% of these numbers on a first load and to reach them from the second container onwards, once the packing drawings are fixed.

Two structural conclusions follow from this table. First, big implements are volume-limited: they will never reach the payload, so the freight cost per unit is fixed by the container, not by the machine price. Second, small machines are weight-limited: at roughly 200 kg per unit, 40HQ payload allows about 120 corn shellers, but the container fills after 30–40. That gap is why mixed loading exists, and why we recommend small-machine buyers to fill the balance of the container with spare parts, blades, belts and bearings instead of paying for air.

4. CBM, Chargeable Weight and What You Actually Pay For

CBM is simply the packed envelope of one unit:

CBM per unit = Length (m) × Width (m) × Height (m)

A square baler in a 4.6 × 2.2 × 1.7 m packing envelope occupies 4.6 × 2.2 × 1.7 = 17.2 CBM. Three of them consume 51.6 CBM — nearly a full 40GP and roughly 85% of a 40HQ, before you add timber and lashing space. This is exactly why the quantity estimate and the packing drawing must be produced together.

Freight pricing follows the same numbers in two different ways:

• FCL (full container load): you pay for the whole box, whatever is inside. Cost per CBM falls as the container fills, so the target is 85–90% volume utilisation on light cargo or 90–95% payload utilisation on dense cargo.
• LCL (less than container load): you pay per revenue ton, which is the greater of 1 CBM or 1,000 kg (W/M). A 17 CBM / 1.7 t baler is charged on its 17 CBM, not its weight. Very dense items such as crushers flip to weight-based charging.
• Air freight (for urgent spare parts): volumetric weight is 1 CBM = 167 kg, i.e. 6,000 cm³ per kg. A 1.5 CBM, 150 kg gearbox is charged on 250 kg volumetric weight.

Dimensional weight is measured on the extreme points of the packed item — including the spout, the folded handle or a protruding shaft. Reducing an envelope from 4.6 × 2.2 × 1.7 to 4.6 × 2.2 × 1.4 m by removing a chute saves 3 CBM, which on a single LCL shipment can exceed the cost of the chute itself.

5. Six Things to Confirm Before Loading

Nothing on this list is optional. Each item, when skipped, has produced a damaged machine, a held container or a claim.

6. A Worked Loading Plan (40HQ, Mixed Load)

Below is a text layout of a real mixed load: three round balers, six potato harvesters and a balance of small machines. Read it from the doors (front of the drawing) to the nose.

            <-- DOORS (loading side) -->              <-- NOSE -->

   +--------------------------------------------------------+
   |  [RB-2]                    |  [RB-3]                   |   Row 1 (rear): 2 round balers
   |  wheels off, on timber     |  wheels on, chocked       |   drawbars folded toward centre
   +----------------------------+---------------------------+
   |  [RB-1]  single, offset to the left, 30 cm gap right  |   Row 2: 1 baler on centre line
   +--------------------------------------------------------+
   |  [PH-1]   [PH-2]   [PH-3]  |  [PH-4]  [PH-5]  [PH-6]   |   Row 3: 6 potato harvesters
   |  nested, separators boxed  |  nested, tyres matched    |   in two columns of three
   +--------------------------------------------------------+
   |  [CS][CS][CS][CS]  [HM][HM][HM]  [RT][RT]  [BLADES]   |   Row 4: crated small units,
   |  stacked 2 high on plywood, wall gaps filled with parts|   2 layers, strapped as one block
   +--------------------------------------------------------+
   |  LASHING ZONE  |  air gap 35 cm at top for access     |   Lashings every 1.5 m,
   |                |  timber dunnage between every row    |   minimum 4 points per machine
   +--------------------------------------------------------+

   Key: RB = round baler | PH = potato harvester | CS = corn sheller
        HM = hammer mill / chaff cutter | RT = rotary tiller

The logic is simple and repeatable. Heavy, unstackable, hard-to-handle units go in first, at the rear and along one wall, where a forklift can still reach them at destination. Small crated units fill the remaining floor and the air space above them, strapped into a single block so nothing can migrate. The centre line stays as clear as the load allows, because that is where a second machine has to be pushed past the first. Finally, 30–40 cm is left under the roof, not for cargo but for the person who has to crawl in and tension the straps.

7. LCL vs FCL — When Each One Makes Sense

The break-even is usually around 12–15 CBM. Above that, FCL is normally cheaper per unit and materially safer for a wheeled machine. Below it, LCL keeps a first order affordable — just insist on a pallet or crate, since consolidated cargo is handled by people who have never seen a baler knotter before.

8. Common Loading Damage and How to Prevent It

9. Receiver's Pre-Unloading Checklist

Damage found and documented before unloading is a claim. Damage found after the container is empty is usually a discussion. Work through this list in order.

1. Photograph the closed container and the seal before anyone cuts it, from a distance that shows the seal number and the door locking bars together.
2. Verify the seal number against the bill of lading or the shipper's loading photo. A mismatch must be recorded in writing before opening.
3. Note the container condition — dents in the roof, damaged corner castings, water marks, floor delamination — and photograph each one.
4. Open the doors slowly and photograph the load as it appears, before touching anything. This single photo settles most disputes about shifting.
5. Check for condensation, drips and damp timber. Wipe-test the roof panels and look for rust streaks running down the walls.
6. Inspect lashings and chocks while the load is still secured: slack straps, broken battens and displaced wheels tell you what happened in transit.
7. Unload with rated equipment. A forklift must be rated above the machine weight at the actual load centre, not on the plate at the mast.
8. Count every unit and carton against the packing list, and set aside the crates containing knives, belts and spare parts for a separate count.
9. Inspect before signing: pickup tines, blades, knotters, tyres, shaft ends, control levers and paint. Photograph every fault with the machine still identifiable.
10. Report damage in writing within the contract window — typically 3–7 days — with photos, container number, seal number and a short description of the affected part.

Frequently Asked Questions

Need a Container Loading Plan for Your Order?

FOYA Machinery supplies agricultural machinery to more than 50 countries and produces a packing drawing and container loading plan for every order — including dimension drawings, timber and lashing specification, ISPM 15 stamped crates where required, and photographs of the load before the doors are closed. If you are planning a mixed load of balers, harvesters and small machines, send us the model list and we will return a 40HQ loading plan with quantities and CBM per unit.

Start with our round baler, potato harvester and chaff cutter product pages for base specifications, then ask us for the packed dimensions of the exact configuration you intend to buy.

Send us your model list and destination port — we will reply with container quantities, CBM and lashing specification.