Loading Metre (Lademeter)
Loading metres explained: calculate floor space with length × width / 2.4 and compare pallet sizes and vehicle capacities.
Editorial and specialist review: Max Valjan · Last updated: August 4, 2026
Delivery & transport operations
The loading metre (abbreviation ldm, German Lademeter) is the forwarding industry's unit for occupied floor space: one running metre of truck bed across the full usable width of 2.40 m. It makes non-stackable shipments comparable – they block space no matter how light they are.
The formula
Loading metres = (length × width) ÷ 2.4 — all dimensions in metres.
The free loading metre calculator works out pallets and custom sizes directly, including the share of a semi-trailer.
Loading metre table for common packaging
| Packaging | Footprint | Loading metres |
|---|---|---|
| Euro pallet | 1.20 × 0.80 m | 0.40 |
| Industrial pallet | 1.20 × 1.00 m | 0.50 |
| Half pallet | 0.60 × 0.80 m | 0.20 |
| Mesh box | 1.24 × 0.835 m | 0.43 |
A standard semi-trailer holds 13.6 ldm (33–34 Euro pallets on one level).
For general cargo, this unit makes non-stackable handling units comparable before consolidation.
Why forwarders bill by loading metres
For non-stackable goods, occupied floor space decides a tour's economics, not weight. That's why billing is per loading metre – commonly combined with a conversion of roughly 1,750 kg per loading metre for chargeable weight: the higher of actual weight and ldm conversion is billed. Stackable goods need less: four stackable Euro pallets take 0.8 instead of 1.6 ldm.
The payload calculator shows how much freight a van actually carries; the transport cost calculator delivers a bookable price for a specific route. In Maxmove's forwarding software, pallet slots and payload are stored per vehicle, so tour planning only suggests vehicles that can actually take the load.
Loading metres for a Euro pallet
Floor-space requirement divided by the common 2.40 m load-bed width.
Footprint
1.20 m × 0.80 m
= 0.96 m²
Load-bed width
2.40 m
Standard assumption
Result
0.96 ÷ 2.40
= 0.40 loading metres
Original calculation. Stackability, overhang, weight, and securing must be checked separately.