Groupage transport, professionally known as LTL (Less Than Truckload), involves the carriage of cargo units that occupy only a fraction of a trailer’s available space. Unlike Full Truckload (FTL) transport, this model requires advanced coordination of multiple scattered orders within a single transport cycle.
Effective groupage execution relies on precise logistical processes, such as consolidating goods from various shippers, route planning, and optimal utilization of loading space. For companies shipping smaller batches of goods, this system is a key mechanism for optimizing freight costs while maintaining delivery regularity.
In this article, we present a detailed breakdown of each stage of a groupage order—from the initial calculation to the final unloading at the recipient’s premises.
Stage 1: Inquiry Preparation and Freight Cost Calculation
The transport process begins with a precise definition of cargo parameters and the geography of the order. In groupage transport, the price is not fixed; it depends on the volume of the goods, their weight, and the distance between operational points.
Data Required for Quote are Weight, Dimensions, and Postal Codes
The foundation of a reliable calculation is defining the loading unit. Most commonly, this is a standard Euro pallet (120 x 80 cm), an industrial pallet (120 x 120 cm), or non-standard cargo, such as a crate or machinery on skids. The shipper must provide:
- External dimensions – Length, width, and height expressed in centimeters.
- Gross weight – The total mass of the goods, including packaging and the pallet.
- Postal codes of origin and destination -The exact locations for loading and unloading.
In groupage transport, we operate within postal zones. While distance in kilometers is important, the location of points relative to main transport routes and transshipment hubs is equally vital. Deliveries to city centers or mountainous regions involve additional operational costs that must be factored into the quote.
Price Calculation Based on Loading Meters (LDM)
A key indicator in road transport is the linear meter of trailer floor space, known as LDM (loading meter). A standard trailer is approximately 2.45 meters wide and 13.6 meters long. One LDM corresponds to one meter of the trailer’s length across its full width.
The carrier converts the goods into LDM using a simple formula: length multiplied by width, then divided by 2.4. For a standard, non-stackable Euro pallet, the factor is usually 0.4 LDM.
If the goods are light but bulky, volumetric weight is applied. The carrier compares the actual weight with a volume converter and uses the higher value for pricing. This ensures the transport cost reflects the actual loading space (LDM) occupied on the vehicle. Precise inquiry preparation at this stage prevents surcharges resulting from incorrect declarations of dimensions or weight.
Stage 2: Order Formalization and Documentation Verification
Once the quote is accepted, the cargo is formally entered into the system. At this stage, preparing the documents that will accompany the shipment throughout its journey is crucial for billing and potential road inspections.
The CMR Waybill in International Transport
In international groupage, the primary document is the CMR waybill. It serves as proof of the transport contract, identifying the parties involved and the subject of the order. This document contains shipper and recipient data, a description of the goods, weight, and the number of pieces. The completed CMR form is handed to the driver at the time of loading. It functions as an instruction for the carrier and, after delivery—bearing the recipient’s signature and stamp—serves as confirmation of service completion. Note that any remarks regarding the condition of the goods upon receipt should be recorded specifically in this document.
Transport Orders and Shipping Instructions
A transport order is a document sent by the client to the carrier that legally and financially binds both parties. It must include all agreements made during the inquiry phase, as well as additional operational requirements. Key shipping instructions include:
- Delivery Advice (Time slotting). Information on whether the driver must book a specific unloading time or can arrive within a set window.
- Equipment Requirements. Notice if a tail-lift vehicle is required (e.g., if the recipient lacks a forklift).
- Pallet Exchange. Determining if the carrier is required to leave empty Euro pallets in exchange (so-called pallet swap).
Thorough verification of documentation at this stage prevents address errors or overlooking specific recipient requirements—the most common causes of delays in groupage transport. A correctly prepared order is a clear signal to the planner and driver on how the operation should proceed.
Stage 3: Cargo Pickup and Physical Inspection
After formal approval, the physical collection of goods from the shipper takes place. In logistics, this stage is called the “First Mile” and is decisive for the safety of the entire process, as it is the driver’s first contact with the cargo.
Verification of Packaging and Cargo Securing by the Shipper
According to transport law, the shipper is responsible for properly packing the goods and preparing the loading unit. Upon arrival, the driver performs a visual assessment of the shipment. They primarily check if the cargo is stably secured to the pallet (e.g., via stretch wrap or strapping) and if the outer packaging is undamaged. It is vital to verify that the goods do not overhang the pallet edges, which in groupage could damage other shipments during stacking or shifting.
Pickup Protocol and CMR Entries
Once the goods are loaded onto the vehicle, the driver assumes financial responsibility for them. Therefore, any observed irregularity—such as dented boxes, damp packaging, or cracked pallets—must be noted in the CMR waybill under the “carrier’s reservations” section.
The absence of such entries implies that the goods were received in good condition and as declared. Diligent inspection at loading avoids disputes during potential claims later on. After verification, the driver signs for the goods, signaling to the dispatcher that the first phase is complete and the vehicle can head to the transshipment hub.
Stage 4: Warehousing and Consolidation at the Terminal
After pickup, the shipment arrives at a transshipment center. In the groupage system, the terminal acts as a consolidation point where smaller units from many different shippers are grouped into one larger transport batch heading in the same direction.
The process begins by unloading collection vehicles and assigning each pallet to a specific warehouse sector. A key element here is routing. International groupage requires precise division into geographic directions, optimizing the line-haul route and shortening the path for each shipment. At this stage, transit times are verified, and warehouse staff check logistics labels and postal codes to ensure the goods are placed on the correct outbound vehicle.
Forming Transport Units and Line-Haul Planning
Once enough shipments for a specific direction are gathered, the formation of the main vehicle load (line-haul) begins. The load planner must account for both the weight and the loading meters (LDM) occupied. Planning a line-haul requires experience:
- Heavy, stable goods are placed at the bottom to maintain a low center of gravity.
- Lighter or fragile shipments are planned for upper layers, provided the units are stackable.
- Weight distribution must be managed to avoid exceeding permissible axle loads.
Proper terminal consolidation ensures trailer space is maximized. As a result, the unit cost per pallet is significantly lower than shipping via a dedicated vehicle, which is the primary advantage of LTL transport. By the end of this stage, the goods are ready for the international or domestic journey to the destination terminal.
Stage 5: Line-Haul Transport and Shipment Monitoring
Line-haul is the core segment of the route, where consolidated cargo travels between terminals or from the country of origin to the destination country. At this stage, load stability and continuous monitoring are paramount.
In groupage, a trailer is filled with goods of varying weights, shapes, and packaging rigidity. This diversity requires the driver to be exceptionally diligent in securing the cargo using advanced lashing techniques, transport belts, and anti-slip mats.
Telematics and Status Tracking
Modern groupage logistics relies on a constant flow of data. Telematics systems allow for real-time shipment monitoring. With GPS trackers, dispatchers can pinpoint the vehicle’s location and monitor driver hours.
For the client and recipient, the most important information is the Estimated Time of Arrival (ETA). These systems allow for automatic status updates, which are crucial for planning the workload at destination warehouses. In a family-run transport company, monitoring also involves direct phone contact with the driver, enabling immediate verification of road conditions, such as congestion or weather changes, which is then passed directly to the client. This approach minimizes uncertainty and allows for efficient supply chain management.
Stage 6: Distribution to the Final Recipient
The final stage begins when the line-haul vehicle reaches the destination terminal. This is a critical phase, requiring efficient segregation of the load and organization of local transport directly to the recipient’s address.
Unloading at the Destination Terminal and Local Route Completion
Upon arrival, the process of de-consolidation begins. Each cargo unit is scanned and checked against documentation. Shipments are then sorted by specific delivery zones. In groupage logistics, final distribution is often performed by smaller vehicles (so-called “solos”), which have easier access to city centers, residential zones, or narrow construction sites. The distribution planner groups shipments so that one vehicle can serve several recipients in close proximity, closing the cost-optimization loop.
Delivery Advice and Final Handover
Before the courier appears at the recipient’s location, the advice process takes place. This involves coordinating a time window for unloading via phone or email. This is particularly important for retail recipients and locations without 24/7 receiving docks.
The final moment is the release of the goods and the signing of the CMR waybill by the recipient. Once the date, time, and any remarks are noted, this document becomes the Proof of Delivery (POD). In our family transport company, we ensure that delivery confirmation reaches the shipper immediately, allowing them to close the sales process and issue an invoice for the service.
Factors Affecting Delivery Time in a Groupage System
Transit time in LTL transport is generally longer than in dedicated transport, which stems from the nature of the transshipment system. Several key factors influence the final delivery date:
- Line-haul departure frequency. Vehicles usually depart terminals on specific days of the week. If goods reach the warehouse just after a departure, they must wait for the next cycle.
- Regional specificity. Deliveries to major industrial hubs are faster than to locations far from highway networks.
- Traffic restrictions and holidays. Travel times must account for truck driving bans on Sundays and holidays, which vary across European countries (e.g., Germany or Austria).
Groupage transport execution – summary
Executing groupage transport is a multi-link process where an error at one stage can affect the entire order. In our family-run transport company, our advantage is direct supervision over each of these stages. The lack of a complex, multi-level corporate structure allows for rapid responses to unforeseen situations, such as a need to change an unloading time or urgent verification of a shipment’s condition in the warehouse.
This diligent approach to groupage logistics ensures that even the smallest shipment is treated with the same attention as a full vehicle load.
