Road transport profile · Typical
13.6m semi-trailer dimensions and pallet examples
Use the typical semi-trailer profile to compare floor patterns before planning a road load.
Interior 1,360 × 245 × 270 cm; door 245 × 265 cm. The examples below use this exact application profile.
Plan a load in this vehicleDimensions and planning limits
- Internal length × width × height
- 1,360 × 245 × 270 cm
- Door width × height
- 245 × 265 cm
- Rectangular internal volume
- 89.96 m³
- Application planning payload
- 24,000 kg
A zero-clearance uniform grid can differ from a familiar commercial pallet-count convention. The page retains the engine result and its assumptions.
For a working road plan, add your clearances and check the actual vehicle, loading access and axle constraints.
Pallet floor-grid examples
Single floor layer with bare pallet dimensions, zero clearances and unknown mass. Compare the uniform grid with a validated floor example that may combine two orientations. Neither result proves the global optimum or practical loaded-pallet capacity.
| Pallet footprint | Length × width × height (cm) | One floor layer | Validated floor example |
|---|---|---|---|
| EUR pallets · 120 × 80 cm | 120 × 80 × 14.4 | 34 | 34 |
| Industrial pallets · 120 × 100 cm | 120 × 100 × 15 | 26 | 26 |
| US pallets · 48 × 40 in | 121.92 × 101.6 × 15 | 26 | 26 |
Stackable carton-grid examples
Each row uses one box size throughout the vehicle, horizontal rotation and permitted stacking. A different cargo mix, handling gap or stacking restriction can change the result.
| Uniform box | Length × width × height (cm) | Stackable grid count | Outside box volume (m³) |
|---|---|---|---|
| 60 × 40 × 40 cm cartons | 60 × 40 × 40 | 816 | 78.336 |
| 40 × 30 × 30 cm cartons | 40 × 30 × 30 | 2,448 | 88.128 |
| 50 × 40 × 40 cm cartons | 50 × 40 × 40 | 972 | 77.76 |
| 120 × 80 × 100 cm crates | 120 × 80 × 100 | 68 | 65.28 |
Outside box volume sums the illustrated boxes. It does not establish freight charge, packing efficiency or mass compliance.
Profile sources and assumptions
Typical planning profile; actual equipment can differ. This legacy profile has no recorded external source or source-check date.
Values and examples use the same catalogue profile as the planner. Planning payload is an application limit, not a route-specific permitted payload. Confirm the actual equipment and carrier requirements.
How the static examples are calculated
One vehicle, one uniform item size per example, horizontal rotation, and the stored door opening. Pallets use one floor layer; box examples permit stacking. Item mass is unknown, so payload, axle load, top-load and securing checks are not evaluated.
Wall, ceiling and door clearances are 0 cm, 0 cm and 0 cm; the profile gap is 0 cm. Uniform examples compare rectangular grids. The additional pallet floor example also tests two longitudinal lanes with different orientations and validates every position. Neither construction proves the best possible arrangement. The model is capped at 2,500 units; a reached cap is labelled in the table.
Questions about this calculation
Why can the geometric result differ from a common pallet convention?
The stored profile and example use their exact dimensions with zero wall clearance. Commercial conventions may reserve handling space or use different equipment; the result is labelled as a uniform grid.
Does this page check axle loads?
No. These examples use unknown item mass. Enter real cargo masses and the vehicle’s axle settings in the planner for the relevant checks.
Compare related profiles
Plan your own cargo mix
Open this profile, enter the actual packages and review the calculated layout.