Automated load securing for container vehicles

Securing loads is one of the unassuming yet crucial tasks in day-to-day transport operations. Particularly with roll-off containers or tipper bodies, this often involves additional manual work on the vehicle – frequently under time pressure and not infrequently with an increased risk of accidents.

At bauma in Munich, Hyva is therefore showcasing an automated covering system designed to simplify precisely these processes whilst simultaneously improving workplace safety. The focus is on a netting system for container vehicles that, at first glance, looks almost like a fixed roof. In fact, however, it is an automated netting system for load securing. The design makes it possible to cover containers quickly and without manually climbing onto the vehicle. This issue is becoming increasingly important, particularly in the construction site and waste management sectors. This is because stricter safety regulations, mounting time pressures and economic demands are significantly altering the processes of many transport companies.

Hyva focuses on automated netting systems

According to the company, the system is still relatively new in Germany. Within the international group, however, the technology is already being used in significant numbers, particularly in the UK market. The main reason for this is stricter health and safety regulations. Drivers should, where possible, avoid having to climb onto containers or superstructures to manually secure tarpaulins or nets. This is precisely where the solution comes in. The net is automatically guided over the container and can be operated via radio remote control. This allows the driver to remain on the ground and eliminates the need to perform dangerous manoeuvres on uneven or dirty vehicle surfaces. This is considered a practical advantage, particularly in the day-to-day operations of construction site or recycling transport. Containers are frequently loaded and unloaded under difficult conditions – for example, on unpaved surfaces, in the rain or in confined workspaces.

Workplace safety becomes an economic factor

It is interesting to note that the system is designed not only for safety, but explicitly for efficiency as well. According to the manufacturer, containers can be secured significantly faster than with traditional manual solutions. With ten to twelve trips per day, the time saved adds up considerably. The company estimates that this could even make an additional trip per working day possible under certain circumstances.

This is changing the role of such systems. Occupational safety is no longer viewed merely as a regulatory obligation, but increasingly as an economic component of vehicle technology. Key features of the system presented:

• automated covering system for container vehicles
• net system for load securing
• operation via radio remote control
• reduced risk of accidents for drivers
• faster covering for frequent transport journeys

Container logistics is under growing pressure to improve efficiency

The presentation at bauma also highlights a major shift within the commercial vehicle sector. Many innovations today no longer concern just engines or chassis, but everyday work processes relating to loading, securing and operation. Particularly in the municipal sector, the construction industry and waste management logistics, the demands for ergonomic workflows are increasing. The aim is to reduce the physical strain on drivers, cut down on workplace accidents and, at the same time, minimise downtime. Added to this is the growing shortage of skilled workers in the transport sector. Companies are therefore increasingly trying to make vehicles easier and safer to operate. As a result, automated assistance systems are also gaining importance beyond traditional driver assistance. Load securing, in particular, has long been regarded as an area heavily reliant on manual labour. With automated netting and tarpaulin systems, this process is now gradually changing.

The UK serves as a model for stricter standards

What is striking here is the international difference in safety standards. Whilst such systems still seem comparatively new in Germany, they are already much more widespread in the UK. There, stricter occupational health and safety regulations apply in some cases to work carried out on vehicle bodies. Companies are therefore investing earlier in technical solutions to minimise risk. Hyva is now evidently making increasing use of this experience for other markets as well. The bauma trade fair serves as a platform to establish such systems more firmly within the European construction site and transport sectors. This development highlights just how much commercial vehicles are currently changing. Modern vehicle technology has long since ceased to focus solely on the drivetrain or payload, but increasingly also addresses issues of ergonomics, occupational safety and process optimisation. Particularly where vehicles are used daily under heavy loads, it is often the sum of small technical improvements that determines operational efficiency and safety.