In logistics, speed and predictability are becoming critical. The need to optimize supply chains is forcing businesses to rethink traditional routes to avoid delays and respond to peak demand. In such conditions, multimodal transportation is often the most efficient solution for time-sensitive cargo.
At Daleth Group, we help clients find the optimal combination of speed and cost, ensuring the stable transit of critical goods.
What is multimodal transportation?
The modern multimodal transportation system involves the use of two or more different modes of transport along the route. All transit is carried out under a single contract, and one logistics operator is responsible for the cargo along the route.
This radically distinguishes this approach from conventional mixed transportation, where each step requires a new document. The goal of such logistics is to achieve the optimal ratio between efficiency, tariffs, and throughput according to the dimensions and volume of the cargo.
The most common combinations:
- Sea + Car
The main combination for intercontinental deliveries, where a sea container provides savings, and a tractor unit provides delivery from the port to the warehouse.
- Railway + Auto
Effective for transporting large volumes over significant distances within the continent, allowing you to bypass road restrictions.
- Aviation + Auto
The most convenient option is combining high-speed flight with the flexibility and availability of a truck for delivery to the customer’s warehouse.
Thanks to such schemes, businesses get maximum benefit from the strengths of each mode of transport on different sections of the route.
When is the combination of air + car really beneficial for business?
Combining airplanes and ground transportation is a rather expensive but justified solution. The benefit lies not in low fares, but in savings in avoiding losses and accelerating the circulation of funds.
Situations where air + car are a key factor in success:
- Critical dependence on delivery times. If transit time is critical and a delay threatens to halt production or disrupt sales, then the speed provided by a flight is invaluable.
- Features of logistics routes. Airplanes deliver cargo to large hub airports, and for prompt delivery from the terminal to the final warehouse, flexibility of transport is required.
- High-margin products. For high-value products (electronics, jewelry, etc.), accelerating sales through quality logistics covers the increased costs of air transportation, bringing significant benefits.
- Preventing production downtime. If the absence of a key component threatens to stop the conveyor and incur large fines, air delivery will be the most profitable way to quickly solve the problem.
- Optimization for small batches. When the volume is small, and the wait for filling a sea container is long, air transportation with subsequent transit by truck guarantees that the goods reach the consumer quickly.
- Specialized industries. For companies in the fields of fashion, e-commerce, pharmaceuticals, and high-tech electronics, where the speed of updating the assortment and the delivery schedule are critical, this approach is indispensable.
- Emergency supplies for industry. This includes the delivery of critical auto parts or components for the repair of expensive equipment, where downtime is measured in significant amounts.
Daleth Group specializes in such “just-in-time” solutions – “a model that ensures the supply of resources at exactly the right time, minimizing inventories and delays” – guaranteeing the arrival of the tractor for the trip on schedule and under full control.
Limitations and risks of the multimodal air + car model
Multimodal transportation is primarily about high speed. But such schemes are accompanied by certain requirements.
Key conditions and potential risks:
- Strict limits on cargo parameters. Air transportation imposes strict limits on weight, volume, and dimensions. Oversized or dangerous cargo may have higher rates or be excluded from delivery.
- High financial costs. This is the most expensive option compared to sea or land routes. The main costs are for the air leg, so the benefit must be justified by the savings from accelerated turnover.
- Dependence on flight schedules. The “heavenly” schedule can be disrupted by weather or technical factors. This affects the subsequent schedule of the truck’s movement and requires quality insurance.
- Complexity of documentation. Using two modes of transport and crossing jurisdictions requires flawless document flow. Inaccuracy in the declaration or invoice will cause downtime in the customs procedure at the terminal.
- Risks of damage during transshipment. Every transfer operation from aircraft to tractor at the hub is a potential point of damage. Monitor crossdock operations.
Awareness of these factors allows you to minimize problems and correctly calculate the financial model of transportation.
Industries where the aviation+auto model works best
The combination of air transit and road delivery gives the greatest competitive advantage to sectors where the delivery schedule directly affects the profitability of the product.
Examples of areas for which the air+auto model is optimal:
- E-commerce and fashion. Requires high dynamics: new collections, replenishment of stocks during seasonal sales. Consolidation of small batches with subsequent delivery ensures market leadership.
- Electronics and gadgets. High-value products. The benefits of brisk sales outweigh transportation costs. Prompt delivery of gadgets supports high margins.
- Pharmaceuticals and medical equipment. Urgency and sensitivity of cargo (e.g., cold chain medicines) are critical. Airline and specialized truck guarantee continuous temperature control.
- Automotive industry / Manufacturing. Delivery of urgent spare parts and critical components for production conveyors. The lack of one pallet stops the plant. Cargo brought by tractor immediately after the flight minimizes risks and saves from losses.
- B2B services. Transportation of urgent samples, test,s or small batches – the efficiency of product presentation is crucial. The speed of customs procedures and cross-docking at the hub is important.
Success in these areas directly depends on the logistics operator’s ability to guarantee a schedule and full monitoring at all stages.
How can a business understand whether the combination of air + car is right for it?
The implementation of such a model requires a thorough assessment of its economic and operational feasibility. Combined transportation is a strategic choice that allows you to turn high costs into tangible benefits and minimize risks.
Key aspects of logistics should be considered:
- Speed Criticality Analysis
Determine the financial cost of downtime or delay. If this amount significantly exceeds the difference in fares between air and other modes of transit, expedited delivery is justified.
- Product profitability assessment
Find out the marginality of the product. The higher it is, the less sensitive the product is to increased transportation costs. The benefit is achieved at the expense of accelerated capital turnover.
- Studying the features of the route
Check the efficiency of the connection between the hub airport and the final warehouse. The quality of the roads, the efficiency of customs upon arrival of the flight, and the availability of a reliable tractor are important.
- Cargo parameters control
Make sure that the weight, volume, and dimensions of the cargo do not exceed the limits of the air carrier so as not to split shipments or require special pallet packing.
- Forecast of term stability
Compared to sea transit, air transport provides a clear and predictable schedule. This is critical for fulfilling tight contracts.
- Transparency and control requirements
Find out how important end-to-end monitoring and tracking is. A single provider guarantees full control along the entire route.
- Comprehensive risk assessment (financial and operational)
Conduct a test: are the higher costs worth it in terms of avoiding greater financial losses? Minimize operational risks (customs, weather) by including insurance and a prepared declaration with an invoice.
A careful calculation will help you make sure that air + car is the right choice. For such an analysis, we recommend contacting Daleth Group specialists.
FAQ
What is multimodal air + road transportation?
Multimodal transportation is the delivery of cargo by plane (main transit) and truck (final section), carried out under a single contract.
When is it profitable for a business to use air + car?
When deadlines are critical, the product has high margins, or the cost of downtime (fines) exceeds increased logistics tariffs.
What types of cargo are most often transported in this format?
These are electronics, fashion, pharmaceuticals, critical components, and urgent auto parts.
What affects the final cost of air + car delivery?
Weight, volume, and dimensions of the cargo, flight schedule, tariffs, and customs duties are indicators that shape the cost.
What documents are needed for multimodal logistics?
The standard package contains: a single transport document, invoice, declaration, packing list, and insurance.