In an Australian heavy vehicle workshop, floor real estate is valuable. Fixed vehicle hoists can be inefficient as they occupy floor space even when not in use, hindering workflow and limiting workshop capabilities. Mobile truck and bus hoists offer a smarter solution, providing space-saving and flexible workshop layouts that boost productivity and safety.

Workshop Limitations of Fixed Hoists

Many older Australian workshops often use pits or fixed above-ground hoists, both of which create space limitations. Fixed hoists require dedicated bays around their lifting points. When a hoist is not in use, this bay remains idle, wasting valuable space. This inflexibility restricts workflow, particularly in workshops with limited space. Manoeuvring trucks and buses around fixed hoists can be difficult, requiring precise positioning and increasing the risk of minor accidents. Fixed hoists are also challenging in workshops that require adapting to different vehicle sizes.

Reclaiming Workshop Space

Mobile heavy vehicle hoists provide an ideal alternative to fixed hoists. Designed for portability, these hoists operate in synchronised pairs or sets to lift entire vehicles. Mounted on wheels or castors, mobile hoists can be moved around the workshop to the vehicle's location. After lifting, vehicles can be placed on stands, freeing up the hoists to lift other vehicles.

This mobility offers significant space-saving advantages. Workshops can move away from fixed bay layouts to dynamic, adaptable workspaces. Instead of fixed bays dictating workflow, floor space becomes flexible and adjustable to the vehicles being serviced and the tasks required.

Adapting to Australia's Diverse Workshop Demands

Mobile truck and bus hoists enhance workshop efficiency and productivity beyond space-saving. Below are some benefits of using mobile truck and bus hoists.

• Versatility: Mobile hoists allow workshops to utilise the entire floor space during peak periods and repurpose areas during quieter times
• Service a Range of Vehicles: Mobile hoists accommodate various wheelbases and vehicle sizes, including trailers and specialised vehicles. Both Endurequip and Finkbeiner can be used in sets of 4 to 20 hoists to lift different-sized trucks, buses, road trains, rail coaches, and agricultural or portable buildings
• Temporary Layout: In leased workshops, mobile hoists eliminate the need for permanent structural changes like pits or concrete drilling, preserving the building's integrity
• Indoor and Outdoor Use: IP 65-rated mobile hoists, like galvanised Finkbeiner models and Endurequip, are suitable for both indoor and outdoor use, including wash bays and harsh outback conditions
• Minimised Vehicle Movement: Mobile hoists can be moved and brought to the vehicle, reducing unnecessary and time-consuming manoeuvring within the workshop
• Quick Lifting and Lowering: Fast lifting and lowering times, such as Finkbeiner's 90-second cycle, save time and accelerate repair processes
• Enhanced Accessibility: The open design of mobile hoists provides easy access around the vehicle, simplifying inspections and repairs and improving workflow efficiency

Australian Workshop Success

Read how an inter-state bus and coach company experiencing rapid growth switched to mobile hoists from fixed hoist bays and expanded its service capacity.

By switching to mobile bus hoists, they:

• Optimised Lifting Space: They maximised space around the mobile hoists to service both small and large buses without the need for an expensive building expansion
• Established Adaptable Service Zones: They reconfigured the workshop floor to handle different bus sizes for varied maintenance schedules
• Enhanced Workflow Efficiency: Reduced bus manoeuvring sped up turnaround times by minimising unnecessary movement and increased safety

Selecting the Ideal Mobile Hoist: Key Australian Workshop Considerations

Choosing the right mobile truck and bus hoist is crucial for space optimisation and workshop efficiency.

Consider these factors for Australian workshops:

• Lifting Capacity (Australian Standards Compliance): Ensure the hoist capacity exceeds the weight of the heaviest vehicles. Endurequip Portalift complies with Australian standards AS 2550.9.1996, AS/NZS 2538:2004 and ISO 9001, with safety features and underbody access
• Workshop Floor Conditions: Assess how easily hoists move and position across your workshop floor. Look for features like grab handles and appropriate wheel sizes for smooth movement
• Safety Features: Prioritise hoists with essential safety features, including accessible emergency stops and safety locks
• Manufacturer Reputation and Local Support: Select reputable manufacturers with proven experience. Endurequip is Australian-made in Brisbane, while Finkbeiner has a German manufacturing history since 1927. Both brands offer Australia-wide service and spare parts support

An Efficient Australian Workshop Future

Mobile truck and bus hoists overcome the limitations of fixed hoists, offering adaptable solutions for efficient workshop layouts. Endurequip and Finkbeiner mobile hoists empower Australian workshops to maximise space, streamline workflows, increase productivity, and thrive in a competitive market.

RUD will exhibit at the Brisbane Truck Show at the Brisbane Convention Centre from 15-18 May 2025. Visit our booth #297 on the Plaza Level for more details about our truck hoists and workshop handling solutions.

Want free tickets to the 2025 Brisbane Truck Show? Click here to fill out a form to enter the draw to win FREE tickets to the 2025 Brisbane Truck Show.

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.

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.

Are you tired of working on the ground? Or in vehicle pits? If so, read further on why you should consider using hoists in your automotive workshop.

If you are searching for heavy vehicle hoists, the 2025 Brisbane Truck Show is a good place to start. The Brisbane Truck Show is claimed to be the biggest automotive show in Australia-Pacific. It brings over 40,000 visitors across four days and features a range of trucks and equipment under one roof, including a variety of heavy vehicle hoists.

Benefits of Buying or Upgrading Hoists?

Before getting into the details, there is one question you need to ask yourself - Do I need to buy or upgrade my hoists?

Let's consider the benefits before deciding:

• Enhanced Safety: Old or poorly maintained hoists are safety risks. A modern hoist, especially with features like overload protection and automatic locking, significantly reduces risks to your mechanics
• Increased Efficiency: A quicker, reliable hoist translates to more jobs in less time. This is crucial for workshops that are busy on the floor and want to boost productivity
• Improved Ergonomics: Modern hoists are designed with the operator's comfort in mind to reduce stress and fatigue. Happy mechanics mean better work and fewer safety risks
• Broad Vehicle Compatibility: As the trucking industry evolves, especially with electrification, so do vehicle weights and designs. An outdated hoist might struggle with newer, larger, or more specialised vehicles
• Compliance & Reputation: Keeping up with safety standards is not just to avoid penalties; it is about building a reputation for quality and professionalism

 Key Factors to Consider:

Here is what you need to consider before deciding:

1. Lifting Capacity: Choose a hoist with a capacity slightly higher than the heaviest vehicle you service
2. Workshop Space: Ensure you have enough space and consider the need for battery charging areas
3. Fixed vs. Mobile: Mobile hoists like Endurequip and Finkbeiner offer flexibility in the workshop over fixed hoists
4. Type of Vehicles Serviced: Select hoists suited to the types of vehicles you regularly service
5. Lifting Height: Ensure adequate height for comfortable work under vehicles
6. Safety Features: Look for essential safety features like overload protection and emergency stops
7. Power Requirements: Consider the electrical needs of the hoist and your workshop's infrastructure
8. Warranty & Support: Choose reputable brands with solid warranties and technical support
9. Budget: Investing in a quality hoist is a long-term investment for your business
10. Compliance with Australian Standards: Ensure the hoist meets safety and reliability standards

Spotlight on Endurequip and Finkbeiner:

Now, let's take a closer look at two hoist brands you will see in our booth at the 2025 Brisbane Truck Show:

Endurequip: Australian-Made Chain-Driven Robust Hoist

Endurequip has been a trusted name in the Australian heavy vehicle hoist industry for over 35 years. Known for robust, chain-driven technology, Endurequip hoists are built to withstand the challenges of demanding workshop environments.

Key Features:

• Australian-made using high-quality materials
• The chain-driven design offers simple, reliable operation
• Lifting capacity from 7.5 tonnes and used in configuration of 4, 6, 8 or 10 hoists
• Built to Australian standards - 2550.9.1996, AS/NZS 2538:2004 and ISO9001

Finkbeiner: German Quality Hydraulic & Wireless Hoist

Founded in 1927, Finkbeiner is reputed for state-of-the-art design, quality, and reliability. Backed by a robust global distribution and service network, Finkbeiner empowers you to keep your workshop running smoothly anywhere in the world.

Key Features:

• Wireless operation with simple setup and quick lifting speeds
• Hydraulic system is virtually maintenance-free
• Advanced safety features such as double load securing locks, emergency stops, etc
• Continuous design improvements for performance and long-lasting reliability.

Not after a hoist? How about accessories?

We offer a range of accessories and stands that can further enhance the functionality and versatility of their hoists. Some notable options include (as seen on their website):

• Long & Short Vehicle Stands: Vehicle stands support the vehicle at a set height, giving flexibility to your workshop
• A-Frame Trailer Adaptors: Optimise your workshop to lift trailers through our adaptors, which are rated to 12 tonnes lifting capacity
• Small Wheel Adaptors: To lift small-wheeled vehicles such as cars, light trucks and mini-buses on your current heavy vehicle hoists
• Vehicle Ramps: Drive-on/off ramps reduce vehicle turnaround time in the workshop. Available in standard 14t capacity and premium 20t capacity
• Safe Work Platforms: Work platforms to access bus and truck air-conditioning units and battery packs on the roof
• Tyre Stillages: For bulk storage of heavy vehicle tyres

Making the Right Choice:

The 2025 Brisbane Truck Show is the perfect opportunity to see our range of hoists, talk to our experts and decide the best option for your workshop.

Upgrading your truck hoist is a significant investment that can pay dividends in terms of safety, efficiency, and productivity. By carefully considering your needs, researching different options, and taking advantage of the Brisbane Truck Show to see the equipment in person, you can make an informed decision and choose the perfect hoist to take your workshop to the next level. So, get planning, and we will see you at the show.

Click here to fill out an expression of interest form to visit our booth at the 2025 Brisbane Truck Show.

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

You might have seen the well-known slogan printed on trucks: "Without trucks, Australia stops." The rumble of diesel engines has always been the soundtrack of Australian highways, and diesel trucks have long been an integral part of the economy, moving goods across the country's length and breadth.

As vehicle manufacturers display their latest electric vehicles, the question arises - How will the heavy industry change, and what challenges will the future hold? While electrification promises a quieter, cleaner, and more efficient future, transitioning comes with real challenges.

Heavy Loads require Stronger Roads

Due to their heavy battery packs, electric trucks and buses tend to be heavier than their diesel counterparts. Hence, there is a push to increase axle weight limits on certain roads. Higher axle loads carry the risk of quicker road deterioration and will require greater investment in road maintenance and upgrading.

This means:

• Strength of Bridges: We need to investigate if the current bridges can handle the increased vehicle weight
• Road Surface Integrity: We also need to determine how the increased weight can affect the road surface, particularly in traffic-prone regions
• Safety Concerns: Are the current road safety measures adequate for heavier vehicles, or will they need to be upgraded?

Maintenance and Repair Challenges

There will also be changes in maintaining and repairing electric heavy vehicles, such as:

• Specialised Tools and Equipment: Working on high-voltage systems requires specialised tools, equipment, and mechanics' training. This means bigger investments in upgrading workshop facilities and training programs
• Battery Technology: The long-term durability and performance of battery packs are critical concerns. Maintaining and replacing batteries will require specialised knowledge and infrastructure
• Data Analysis and Diagnostics: Electric vehicles generate vast amounts of data on vehicle performance and battery health. Analysing this data effectively will be crucial for predictive maintenance and optimising vehicle performance

Read more on How long do electric batteries last (Opens into a new website page).

The Workshop of the Future

Maintaining and repairing electric heavy vehicles requires a different skill set. Mechanics must understand high-voltage systems, battery technology, and sophisticated diagnostics. Workshops will need to invest in specialised tools, safety equipment, and ongoing training for their staff.

Read more on How workshops will need to adapt to electric vehicle repairs and services (Opens into a new website page).

This change presents both opportunities and challenges. It could be an opportunity to upskill the workforce, attract a new generation of mechanics interested in technology, and create a better-skilled, more competitive industry. The government will have a supporting role as it funds the training programs and supports the development of a skilled workforce in this new field.

Breaking Down the Hurdles

One of the more significant challenges associated with the general use of heavy electric vehicles is the building up of sufficient charging infrastructure. Long-haul routes will require high-powered charging spots, while areas such as cities can accommodate charging needs based on the requirements of delivery trucks and buses.

Read more on Everything you need to know about heavy vehicle charging (Opens into a new website page).

This means heavy investments in the public and private sectors. Government incentives, partnerships with energy companies, and private investment in charging infrastructure will be crucial in ensuring this transition is seamless for the trucking industry.

The Human Element

This switch to electric trucks will also affect truck drivers. Though the initial investment might be higher, the long-term operating costs of electric trucks are bound to be lower. This could increase trucking companies' profitability and potentially higher wages for drivers.

It is also important to understand the transition from diesel to electric driving. Not everybody likes change. Experienced drivers should feel comfortable with the training and confident about operating electric-powered vehicles. Other support measures may also be required to ease drivers' transition to new technologies and the changing trucking industry landscape.

A Sustainable Future

The future is not just about technology; it also means Australia will have a greener future. Lower emissions and cleaner air allow healthier lives. A transition from diesel to electrical will require government, industry, and community cooperation. The future is indeed exciting for the heavy vehicle transport industry.

References:

• National Heavy Vehicle Regulator (NHVR) - https://www.nhvr.gov.au/
• Heavy Vehicle Industry Australia (HVIA) - https://hvia.asn.au/
• Australian Government Department of Infrastructure, Transport, Regional Development, Communications and the Arts - https://www.infrastructure.gov.au/

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

Vehicle hoists are convenient for elevating vehicles for maintenance and repair. They are now indispensable in many garages and workshops. As with any heavy equipment, safety is paramount when operating them. This article explores the critical aspects of safe operation, encompassing pre-use inspection, proper usage, and essential safety protocols, ensuring a secure and productive working environment.

Understanding the Risks

Vehicle hoists are complex machinery with intricate mechanisms and powerful hydraulic systems. Potential hazards could include:

• Mechanical failure: Hoists rely on various components, including hydraulics, chains, and cables. A malfunction in any of these could lead to unexpected lowering or dropping of the vehicle, causing injury or damage.
• Incorrect usage: Operating a hoist beyond its capacity or without proper training can lead to instability, overloading, or structural failure.
• Environmental factors: Oil leaks, slippery floors, and inadequate lighting can create hazardous conditions.

Pre-Use Inspection - The First Line of Defence

A thorough pre-use inspection is paramount before each use. This minimises the risk of failure and ensures the hoist is in good working order.

Visual Inspection:

• Check for any visible damage. Inspect all lifting chains, cables, hooks, and supporting structures for signs of wear, cracks, or corrosion.
• If your hoist is hydraulic, assess the hydraulic system. Look for leaks and fluid levels, and ensure the pump and cylinder operate smoothly.
• Examine safety devices. Confirm the presence and functionality of safety locks, limit switches, and overload protection systems.

Functional Test:

• Run the hoist through its full range of motion. Ensure it rises and lowers smoothly without jerking or binding.
• Test safety features. Engage the safety locks and verify they hold the vehicle securely in any position.
• Check for proper alignment. Ensure the hoist is properly aligned with the vehicle, preventing uneven lifting and potential damage.

Operating the Hoist Safely

Know Your Hoist:

• Read and understand the manufacturer's manual. This contains crucial information about the hoist's capabilities, limitations, and safety procedures.
• Complete the appropriate training. Get formal training on the specific hoist model and its operation.
• Familiarise yourself with emergency procedures. Understand how to safely lower the vehicle in case of power loss or malfunction.

Proper Vehicle Positioning:

• Align the vehicle with the hoist. Ensure the vehicle is properly positioned on the lifting cradle.
• Secure the vehicle. Use safety locks and chocks to prevent the vehicle from rolling during lifting.
• Avoid overloading the hoist. Check the manufacturer's weight capacity and ensure the vehicle's weight does not exceed it.

Safe Lifting and Lowering:

• Raise the vehicle slowly. Avoid rapid acceleration or deceleration, allowing the hoist to operate smoothly.
• Monitor the lift. Observe the vehicle and the hoist for any unusual sounds or movements.
• Lower the vehicle gradually. Do not allow it to drop suddenly.
• Do not work beneath a raised vehicle. Always ensure the vehicle is securely lowered before performing any work beneath it.

Essential Safety Precautions:

• Use proper personal protective equipment (PPE). Wear safety shoes, gloves, and safety glasses.
• Ensure a clear work area. Remove obstacles and ensure adequate space for manoeuvring around the vehicle.
• Maintain proper communication. Communicate with others in the area, particularly when lifting or lowering the vehicle.
• Never allow unauthorised personnel to operate the hoist. Only trained individuals with proper authorisation should operate the hoist.

Ongoing Maintenance - Ensuring Long-Term Safety

Regular maintenance is essential to ensure the safe and efficient operation of vehicle hoists.

• Routine lubrication: Lubricate all moving parts according to the manufacturer's recommendations.
• Inspect chains and cables: Regularly check for wear, damage, or corrosion.
• Maintain hydraulic fluid levels: Keep the hydraulic system topped up with the appropriate fluid.
• Perform annual inspections: Schedule annual inspections by qualified technicians to ensure the hoist is in good working order.

Conclusion

Vehicle hoists are valuable tools in the automotive industry, but they require careful handling and constant vigilance to maintain a safe working environment. By prioritising pre-use inspection, following safe operating procedures, and engaging in ongoing maintenance, we can minimise the risks associated with this heavy equipment.

Safety is a shared responsibility, and every individual involved in using vehicle hoists plays a vital role in ensuring a secure and productive working environment.

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