How does the adoption of HCT vehicles impact fuel costs compared to traditional transport vehicles?

HCT combinations can reduce fuel costs by 10-30% compared to traditional transport vehicles per ton of goods transported. The savings are based on greater transport capacity, allowing more goods to be transported with the same amount of fuel. The efficiency benefit depends on transport routes, load fill rates, and vehicle technical specifications. The acquisition costs of HCT equipment are higher, but fuel savings bring significant advantages in the long term.

What are HCT combinations and how do they differ from traditional transport vehicles?

HCT (High Capacity Transport) combinations are longer and heavier vehicle combinations than usual, with a total length of up to 34.5 meters and a total weight of 76 tons. Traditional vehicle combinations typically have a maximum length of 25.25 meters and a total weight of 64-68 tons. The most significant advantage of HCT equipment is the considerably larger transport capacity per vehicle.

HCT combinations are divided into different types according to their purpose. These include B-trailers, tipping container platforms, and side loader combinations. Different models are suitable for various transport needs such as container transfer, raw material transport, or piece goods transport. The versatile HCT fleet enables efficient transport capacity in various logistics tasks.

The technical solutions of HCT combinations are more advanced than in traditional vehicles. They often have more axles, more sophisticated brake systems, and advanced safety features. We have experience with diverse HCT equipment, which we utilize especially in container transport, which is our best expertise.

How much fuel do HCT combinations save per ton of goods transported?

HCT combinations typically save 10-30% of fuel per ton of goods transported compared to traditional transport vehicles. Although the total fuel consumption may be higher for a single HCT vehicle, the fuel efficiency per amount of goods transported is significantly better. Larger cargo space and higher total weight allow more transport units to be moved with one vehicle.

The magnitude of fuel savings varies according to different factors. Transport route characteristics have a significant impact: on long and straight routes, the advantages of HCT combinations are emphasized, while in urban areas and winding roads, the advantage may be smaller. The load fill rate is also a decisive factor – the fuller the load, the greater the relative fuel savings.

For example, a 76-ton HCT combination can transport more goods with the same amount of fuel than two smaller vehicles. This is directly reflected in lower fuel costs per transport unit and a smaller carbon footprint.

What are the costs of implementing HCT combinations compared to the achieved fuel savings?

The acquisition costs of HCT combinations are typically 20-40% higher than traditional transport vehicles. The higher price is due to larger size, more advanced technology, and special structures. The payback period varies from two to five years depending on annual driving kilometers, quantities of goods transported, and fuel price developments.

In cost calculations, factors beyond the purchase price must also be considered. Maintenance and upkeep costs are generally higher, but when calculated per transported unit of goods, they remain lower. Driver training for using HCT equipment also requires initial investments but is an essential part of ensuring efficient and safe operations.

Fuel savings constitute the most significant cost benefit, but personnel costs are also saved when the same amount of goods can be transported with fewer vehicles. The profitability of the investment improves as driving kilometers and quantities of transported goods increase. We help our customers find the most suitable transport solution for their specific needs.

How does the implementation of HCT combinations affect a company’s overall logistics and competitiveness?

The implementation of HCT combinations significantly enhances a company’s overall logistics by reducing the total number of transports needed. Larger transport capacity enables more efficient supply chain management, as more goods can be moved with the same fleet size. This is reflected in improved competitiveness and the ability to offer customers more cost-effective transport solutions.

The use of HCT equipment also affects more efficient utilization of personnel resources. When the number of transports decreases, the same flow of goods can be handled with fewer drivers, which also alleviates driver shortages. Schedule planning becomes more efficient when transports can be combined more effectively.

The importance of environmental responsibility for competitiveness continues to grow. The lower emissions of HCT combinations per ton of goods transported support companies’ sustainability goals. We offer versatile HCT transport solutions that enable our customers to enhance their logistics and reduce their carbon footprint. Container transport is our specialty, and we handle loading and unloading efficiently with our versatile equipment.