Why is integrating lashing points during trailer manufacture a good idea?

Integrating lashing points during trailer manufacture ensures safe, efficient and reliable heavy load transport by embedding load restraint into the design and structure from the start.

One of the most effective ways to support safe heavy transport is to integrate engineered lashing points into the design of trailers. This ensures operators have the right connection points to safely and efficiently restrain loads in line with Australian load-restraint guidelines.

RUD’s Role in Manufacturing

RUD offers a wide range of certified lashing solutions. Our weld-on and bolt-on lashing points are designed for heavy-haul, industrial and general transport applications, including trailers.

By incorporating RUD lashing points during construction, manufacturers can:

• Build trailers that are ready for heavy, irregular or high value loads
• Ensure safety and operational efficiency without relying on retrofit solutions
• Provide customers with clear and reliable information on lashing capacity and safe use
• Integrate engineered lashing points from the outset, which is a practical and proven way to ensure safety, compliance and trailer value

Leading manufacturers worldwide can attest to the benefits of integrating lashing points during the design phase, improving safety and operational efficiency. By embedding rated, accessible anchor points directly into trailers or heavy equipment, these companies provide transport-ready solutions that simplify load securing, reduce risk and support compliance. These global examples offer insights for Australian trailer manufacturers to adopt in their builds.

MTU Solutions

MTU Solutions’ 48-tonne Series 8000 diesel engine used in ships includes purpose-designed lashing points which are fitted directly on the housing. This ensures that each engine can be transported safely from the factory to its destination. By integrating lashing points into the engine, MTU demonstrates that load restraint is most effective when incorporated into the design phase.

https://www.mtu-solutions.com/au/en.html

August Alborn

The German heavy haul specialist August Alborn recently commissioned a 400+ tonne modular trailer equipped with RUD ACP-TURNADO lashing points. These points permitted the safe transport of 215 tonne test loads and provided flexibility for a variety of heavy cargo. August Alborn’s experience shows the practical benefits of integrating rated lashing points into trailer builds.

https://www.alborn.de/en/

Goldhofer AG

Goldhofer, a leading global manufacturer of trailers and low-loaders, specifies RUD lashing points in its designs. Their trailers come with multiple anchor points built into the frame, which helps with safe restraint of heavy machinery and industrial equipment without additional modifications. This process ensures the trailer is transport ready when it leaves the factory.

https://www.goldhofer.com/en/

These examples highlight that designing lashing points into the build is the most effective way to ensure safety, compliance, and operational efficiency.

Why Integrating Lashing Points Matters

Australia’s National Heavy Vehicle Regulator (NHVR) requires the loads to be secured so they cannot move during transit. Integrating lashing points during trailer manufacture makes compliance easier and more reliable.

Key Benefits:

• Improved load stability and safety: Correctly positioned, rated lashing points help restrain heavy loads during braking, cornering and other challenges in transit
• Reduced risk of damage: Engineered lashing points provide a strong, reliable connection which helps secure the trailer, cargo, driver and road traffic
• Faster and more consistent load securing: Accessible and strategically positioned lashing points allow operators to secure loads efficiently and correctly every time
• Confidence and compliance: Rated lashing points with safe load capacity ensure compliance with Australian load restraint guidelines

Supporting Better Outcomes for Manufacturers and Operators

Australian trailer manufacturers can benefit from integrating lashing points during the design phase:

• To ensure trailers are compliant and safe for transport from day one
• To support a variety of cargo types and sizes with accessible anchor points
• Certified RUD solutions provide confidence in the strength, reliability and longevity of the trailer’s load restraint system

By incorporating lashing points into the design process, manufacturers can deliver trailers that meet operator expectations, improve safety on Australian roads and enhance their reputation for quality, reliability and innovation.

This information is accurate at the time of publication, and RUD Australia takes no responsibility for any errors, inadvertent or otherwise. Some pictures are for illustration only.

A load restraint system is essential for safely securing freight on heavy vehicles and preventing possible accidents or hazards during transit. Load restraint systems comprise various methods and equipment, such as friction matting, pallets, shrink wrapping, edge protectors, and securing straps or chains. Proper load restraint ensures compliance with safety regulations, protects assets, and enhances transport efficiency.

In Australia, the National Heavy Vehicle Regulator (NHVR) plays a crucial role in regulating heavy vehicles with GVM over 4.5 tonnes through the Heavy Vehicle National Law (HVNL - Qld). It also publishes the Load Restraint Guide, a comprehensive resource that sets the standard for best-practice restraint systems. This article is based on the NHVR guidelines and our recommended RUD products to secure loads.

Why do we need Load Restraint?

A robust load restraint system is crucial for:

• Safety: Prevents accidents by keeping loads stable
• Compliance: Meets the HVNL loading requirements
• Asset Protection: Reduces damage to cargo and infrastructure
• Efficiency: Streamlines loading and unloading processes

Designing a Load Restraint System

The Load Restraint Guide provides recommendations for standard freight, offering a reassuring support system for operators. Professional engineering guidance is crucial in designing a suitable load restraint system for complex loads.

Note: Also read the NHVR Loading Plans, which recommend how loads should be packed and positioned and the minimum requirements to safely restrain the load for transit by road.

Key Elements of a Load Restraint System

When developing a load restraint system, follow the below steps to prevent accidents, keep your team safe, and ensure compliance with HVNL loading requirements.

1. Safety Procedures

• Establish documented procedures and loading plans
• Train drivers and loaders
• Implement exclusion zones and clear communication protocols
• Conduct regular safety reviews

2. Load Assessment

• Evaluate mass, dimensions, centre of gravity, fragility, friction, and packaging
• Use scales or manufacturer specifications to verify load weight

3. Vehicle Selection

• Ensure the vehicle has adequate capacity and securing points
• Choose stable vehicles, especially for high-centre-of-gravity loads

RUD offers a wide selection of Lashing Systems, including lashing points for trucks and trailers. These include the L-VLBG Bolt-On Lashing Ring, the L-ABA Weld-On Lashing Point, and the LPW Weld-On Lashing Point, each designed to meet specific load restraint needs.

4. Restraint Equipment Inspection

• Check vehicle structures and restraint gear for wear and tear
• Use rated and regularly inspected equipment

5. Restraint Methods

• Choose between tie-down or direct restraint methods or a combination of both
• Seek professional assessment if unsure

RUD has a team of engineers to assist in designing and specifying the correct load restraint system  

6. Load Positioning

• Position loads centrally and distributes weight evenly
• Avoid dangerous projections

7. Load Stability

• Use rigid structures, strapping, and properly tensioned lashings
• Exercise caution when turning or braking with high-centre-of-gravity loads

RUD has a range of Lashing Systems, for increased safety and reliability

8. Securing the Load

• Apply adequate restraints to withstand transport forces
• Add extra restraints if in doubt

9. Driving Adjustments

• Adapt driving style based on load type and positioning
• Avoid sudden movements and be mindful of vehicle dimensions

10. Regular Load Checks

• Inspect load security periodically during transit
• Adjust restraints as needed, especially for loose materials

How can RUD help?

RUD ICE Chains and RUD Tensioners, such as the ICE-CURT-GAKO Tensioner with a magnetic locking device, help to secure your load safely. All RUD high-quality lashing and load securing systems are designed for superior load restraint, ensuring your cargo remains secure and preventing any slippage or movement in transit.

Every load is different, and a one-stop approach does not work. Planning a tailored restraint approach is critical to ensure safety, compliance, and efficiency. By following best practices and regularly inspecting the load restraint system, drivers and operators can prevent accidents and ensure smooth transportation.

RUD will exhibit at the 2025 Brisbane Truck Show at the Brisbane Convention Centre between 15-18 May 2025, showcasing load restraint solutions and heavy vehicle hoists. Do you want free tickets to the Truck Show? Click here to fill out a form to enter the draw to win FREE tickets.

Article copyright to RUD: This information is accurate at the time of publication, and RUD Australia takes no responsibility for any errors, inadvertent or otherwise.