Cubestow
Fit guidesLWB panel van55-gallon drums

How many 55-gallon drums fit in a LWB panel van?

55-gallon drums of 585 × 585 × 880 mm (also called 200 L drums, 205 L steel drums) in a Long-wheelbase panel van — inner dimensions 3,700 × 1,800 × 1,900 mm. Calculated by the Cubestow engine on 2026-09-08.

555-gallon drums

Upright, single layer (not stacked). 12% of the space used, 1 layer high, about 1,100 kg (92% of payload). Payload-limited: 18 would fit by space alone. Open this load in the 3D planner →

555-gallon drums
1layers
12%volume used
32%of the length used
1,100 kgtotal cargo weight
1,200 kgrated payload

Top view — floor layer (5 on the floor)

3,700 mm 1,800 mm door end →
long side along the lengthturned

Side view — first row along the wall (1 layer)

1,900 mm

The answer in detail

A 55 US gallon / 205-litre steel drum is about 585 mm in diameter and 880 mm tall; filled with a water-like liquid it weighs around 220 kg. Drums are modelled here on their square footprint, standing upright and loose (not palletised, not stacked). Palletised drums load as 48 × 48 in pallets, four per pallet.

Cargo area of a typical LWB high-roof van (Sprinter / Transit class): 3.7 m long between the bulkhead and the doors, 1.8 m wide at floor level, with wheel arches narrowing the floor to about 1.3 m in the middle — the plan here ignores the arches, so real loads may lose one row.

The simple grid estimate is 6 along the length × 3 across × 1 high = 18. The engine's validated plan holds 5, below the raw grid because the payload limit cap the load.

Weight, not space, is the limit here. By geometry 18 55-gallon drums fit, but at about 220 kg each the rated payload of 1,200 kg is reached at 5. Road weight limits on the way to or from the port can be lower still.

Variants

Loading ruleFitsLayersVolume usedTotal weight
Upright, single layer (not stacked) (headline figure)5112%1,100 kg (92% of payload)
Drums stacked two high (only if the drum, lid and cargo allow it)5212%1,100 kg (92% of payload)

How many LWB panel vans for a given order?

55-gallon drums102550100250500
LWB panel vans needed25102050100
Last one filled to100%100%100%100%100%100%

Mixed cargo, different carton sizes or delivery stops? Plan the exact shipment in 3D — free, in the browser, nothing uploaded.

Frequently asked

How many 55-gallon drums fit in a LWB panel van?

5 55-gallon drums of 585 × 585 × 880 mm fit in a LWB panel van (inner dimensions 3,700 × 1,800 × 1,900 mm), upright, single layer (not stacked). That uses 12% of the 12.7 m³ available and weighs about 1,100 kg.

What are the inner dimensions of a LWB panel van?

Typical inner dimensions are 3,700 mm long, 1,800 mm wide and 1,900 mm high (145.7 × 70.9 × 74.8 in), giving 12.7 m³ of space and a rated payload of about 1,200 kg. Individual units vary by a few centimetres, so check the actual box for tight loads.

Why does the payload limit matter for 55-gallon drums?

Geometrically 18 55-gallon drums would fit, but at about 220 kg each the LWB panel van's 1,200 kg payload is reached at 5. Heavy cargo fills the weight allowance before the space.

How was this number calculated?

By running the Cubestow 3D load-planning engine on the exact dimensions above, allowing rotation on the floor plane only, no stacking and the container's payload limit, then re-validating the plan for overlaps, support and weight. Real loads leave room for dunnage, door clearance and uneven cartons, so treat the figure as the practical maximum.

55-gallon drums in other containers and trucks

Other cargo in a LWB panel van

Assumptions. Cargo is modelled as rigid rectangular boxes with the outer dimensions above; the container's typical inner dimensions and rated payload are used; every box needs at least 80% of its base supported; no dunnage, straps or door clearance are reserved. The plan is one of many optimal or near-optimal arrangements — the engine's plan was checked for overlaps, support, orientation and weight, and the count is what it achieved within 0.7 s of search. Real containers vary by manufacturer; measure yours for tight loads.