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SAVA LOGISTIC — European Road Freight Specialists
Contents
  1. 01What a loading meter actually is
  2. 02How to calculate your LDM from the pallet footprint
  3. 03Worked examples you can reproduce
  4. 04Stackability changes everything
  5. 05The chargeable rule: you pay for the space you block
  6. 06How our quote uses your LDM
  7. 07Practical ways to reduce your LDM
  8. 08Quick LDM ready-reckoner
  9. 09Questions people ask in these words

Guide · Pricing

Loading meters (LDM) explained: how to measure your shipment for an accurate groupage quote

A loading meter, abbreviated LDM (from the French 'mètre de chargement') or sometimes LM, is one linear meter of trailer floor measured along the length of the deck, across the full usable width of the trailer. In groupage you do not buy a whole trailer — you buy a slice of one, and the unit that measures your slice is the loading meter (LDM). Get your LDM right before you ask for a price and the quote comes back accurate the first time, with no surprise re-rate when the pallets arrive at the hub. This guide explains exactly what an LDM is, shows you how to work yours out from the pallet footprint, and walks through the maths behind every groupage price.

7 min read

What a loading meter actually is

A standard European curtainsider is about 2.4 m wide internally, so one LDM is roughly one meter long by 2.4 m wide — a strip of floor of about 2.4 square meters. It is a measure of floor space blocked, not of volume or weight.

The reason the LDM exists is simple: in a partial load, the constraint that matters is how much of the deck length your goods take up, because that is the length no other shipper can use. A standard 13.6 m curtainsider trailer therefore holds about 13.6 LDM of floor. When you book groupage, you are reserving some number of those 13.6 meters, and the price follows from how many you block.

Height barely enters the calculation for floor-standing goods, because a trailer that is full along its length is sold out regardless of how much headroom is left above the pallets. That is also why stackability matters so much, and why it gets its own section below.

How to calculate your LDM from the pallet footprint

For floor-standing, non-stackable pallets the formula is short. Take the footprint of each pallet — its length multiplied by its width, in meters — multiply by the number of pallets to get the total floor area, then divide by the trailer width of 2.4 m. In one line: LDM = (pallet length × pallet width × number of pallets) ÷ 2.4.

The division by 2.4 is the whole trick. You are converting square meters of floor into linear meters of deck, because the deck is sold by the meter and is always 2.4 m wide. A footprint of 2.4 m² is exactly one loading meter; half that footprint is half a meter, and so on.

This works because a non-stackable pallet blocks its entire footprint from front to back — nothing can sit on top of it, so the floor under it is committed for the length of the trip. The footprint is what you pay for. For stackable goods the picture changes, which we cover shortly.

Worked examples you can reproduce

A single EUR pallet

A standard EUR (Europallet) measures 1.2 m by 0.8 m, a footprint of 0.96 m². Divide by 2.4 and one floor-standing EUR pallet is about 0.4 LDM. So five such pallets, all non-stackable, occupy 0.96 × 5 ÷ 2.4 ≈ 2.0 LDM — two meters of deck, or roughly one-seventh of a 13.6 m trailer.

A neat way to remember it: EUR pallets load two-abreast across the 2.4 m width, with the 1.2 m edge of each running across the trailer (1.2 + 1.2 = 2.4 m, filling the width) and only 0.8 m of length used per pair. So a pair of non-stackable EUR pallets is about 0.8 LDM — that is the 0.4 LDM each figure, doubled — and you can ballpark any EUR count at roughly 0.4 LDM per pallet on the floor.

Industrial (block) pallets

An industrial pallet measures 1.2 m by 1.0 m, a footprint of 1.2 m². One of those is 1.2 ÷ 2.4 = 0.5 LDM, so five non-stackable industrial pallets come to 1.2 × 5 ÷ 2.4 = 2.5 LDM. The wider footprint is why the same number of industrial pallets always costs more loading meters than EUR pallets.

These figures assume the pallets sit squarely on the floor with no overhang and travel base-down only. If goods overhang the pallet edge, or if irregular crates cannot be loaded tight against their neighbours, the effective LDM rises — so measure the real loaded footprint, not just the bare pallet.

Stackability changes everything

The single biggest lever on your LDM is whether your goods are stackable. A pallet marked stackable can have another pallet placed on top of it, so two stackable pallets share one footprint of floor — which roughly halves the loading meters each one contributes. Five stackable EUR pallets that would be 2.0 LDM on the floor become about 1.0 LDM stacked two-high, because the deck space is shared.

A non-stackable pallet does the opposite: it blocks its full footprint and the headroom above it goes to waste, because nothing can be loaded on top. That waste is real space the carrier cannot sell to anyone else, which is exactly why it is built into your price. Fragile goods, top-heavy machinery, open-topped containers and anything bearing a 'do not stack' cone are all non-stackable by necessity.

Because stackability can halve your loading meters — and therefore your groupage price — it is worth getting right and declaring honestly up front. Our companion guide on stackable vs non-stackable pallets covers how to qualify, label and palletise for stacking, and the cost difference it makes.

The chargeable rule: you pay for the space you block

Groupage pricing rests on one principle: you pay for the most constraining resource your load uses on the trailer, whether that is weight or floor space. Carriers express this by comparing your actual gross weight against an LDM-equivalent weight and charging on the greater of the two. A dense, heavy load is billed on its real weight; a light, bulky load is billed on the space it occupies.

To make the comparison, each loading meter is assigned an indicative weight equivalent. A common figure is roughly 1 LDM ≈ 1,750–1,850 kg — that is, occupying one meter of deck is treated as equivalent to carrying around 1.8 tonnes, because that is about what a meter of trailer could otherwise earn in dense freight. Treat this as indicative only: the exact conversion varies by carrier, lane and trailer type, and the binding figure is always the one in your written quote.

Run the comparison on a worked case. Suppose you have five non-stackable EUR pallets weighing 600 kg in total. The floor space is 2.0 LDM, and at an indicative 1,800 kg per LDM that is an LDM-equivalent weight of about 3,600 kg. Because 3,600 kg is far above the 600 kg on the scale, the load is chargeable as roughly 3,600 kg — you are paying for the space you block, not the weight you ship. Our chargeable-weight guide works the same logic from the volumetric angle.

This is precisely why light-but-bulky and tall, non-stackable freight is called 'voluminous' and priced on LDM rather than weight. Insulation, foam, packaging, furniture, plastics, empty containers and a lot of e-commerce freight all weigh far less than 1,800 kg per meter of deck, so the loading meters win the comparison and set the bill.

How our quote uses your LDM

Our budget calculator and written quote both take linear meters plus weight as their core inputs, then apply the greater-of rule above to land on a chargeable basis for your lane. If you feed in accurate loading meters and an honest stackable or non-stackable flag, the indicative number you see and the firm number we return line up — there is nothing left to discover when the freight reaches the hub.

Getting the LDM right up front is mostly about avoiding a re-rate. If a shipment is quoted as stackable but arrives marked 'do not stack', or if the loaded footprint is bigger than declared because of overhang, the loading meters rise and the price has to be corrected at the hub. Declaring the real footprint and the real stackability the first time keeps the written quote firm.

Our scheduled groupage runs two times a week — Monday and Friday — out of the Castellar del Vallès hub near Barcelona, and a written quote is typically ready after team review and valid for 24 hours. Loading meters and weight are what the quote is built on, so they are the two numbers worth measuring carefully before you submit.

Practical ways to reduce your LDM

Make the goods stackable

The most effective single move is to make a load stackable where the product allows it — a flat, stable top surface, even weight distribution, and a top board or cap that lets a second pallet ride safely. Stacking two-high roughly halves your loading meters and is the cheapest LDM you will ever save, because it costs only a little packaging discipline.

Choose the right pallet and pack tight

Match the pallet to the goods: EUR pallets carry less floor per unit than industrial pallets, so where the product fits a 1.2 × 0.8 footprint you block fewer meters than on a 1.2 × 1.0 base. Keep goods inside the pallet edges to avoid overhang, square up irregular crates so they load tight, and remove void space and oversized cartons so you are not palletising air.

Consolidate before you ship

Two half-pallets going to the same destination on the same day can often be combined onto one, halving the loading meters they would otherwise block separately. If you ship to the same lane regularly, holding orders for the next scheduled departure to build fuller, denser pallets usually beats sending part-pallets across several runs.

Quick LDM ready-reckoner

Floor-standing (non-stackable) rules of thumb: one EUR pallet (1.2 × 0.8) ≈ 0.4 LDM, so two EUR pallets ≈ 0.8 LDM loaded two-abreast across the 2.4 m width; one industrial pallet (1.2 × 1.0) = 0.5 LDM, so two industrial pallets = 1.0 LDM. A standard 13.6 m curtainsider holds about 13.6 LDM in total.

For stackable goods, halve those figures: two stackable EUR pallets share one footprint, so five stackable EUR pallets are about 1.0 LDM rather than 2.0. To check whether weight or space governs your price, compare your gross weight against your LDM × an indicative 1,750–1,850 kg per meter, and expect to be billed on the greater of the two.

Before you book: measure the real loaded footprint including any overhang, confirm whether each pallet is genuinely stackable, work out the loading meters with LDM = (length × width × pallets) ÷ 2.4, then enter the linear meters and weight into the budget calculator and submit the form for a firm written quote. The calculator figures are indicative; the binding number is the one in your written quote.

Questions people ask in these words

What is LDM (linear meters) in road freight?

LDM is the loading meter: one linear meter of trailer floor across the full 2.4 m of usable width, about 2.4 square meters of deck. A standard 13.6 m curtainsider holds roughly 13.6 LDM. In road freight groupage you do not rent the trailer — you block a number of those meters, and the price follows from how many you block.

How do I work out the loading meters of a pallet shipment?

Multiply the pallet length by its width, multiply by the number of pallets and divide by 2.4: LDM = (length × width × pallets) ÷ 2.4. A floor-standing EUR pallet of 1.2 × 0.8 m is about 0.4 LDM; an industrial pallet of 1.2 × 1.0 m is about 0.5 LDM. If the goods are genuinely stackable two-high the figure roughly halves, because two pallets then share one footprint of floor.

Is a partial load priced on loading meters or on weight?

On whichever of the two is greater. Each loading meter carries an indicative weight equivalent — commonly around 1,750 to 1,850 kg — so a dense load is billed on the scale and a light, bulky one on the deck space it blocks. The exact conversion varies by carrier, lane and trailer type, and the binding figure is always the one written in your quote.

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Reviewed byVlad Aurel CiocaCEO, SAVA LOGISTIC