For drivers who want to safeguard themselves while driving, dash cams have become essential. These gadgets offer unambiguous video proof in the event of mishaps, theft, or disagreements. Knowing which characteristics are most important is necessary to select the best dash cam. A decent dashcam should have sophisticated security features, dependable recording, and high-quality video. While there are numerous choices available for modern dash cameras, some are more crucial than others. 

Here are five key features to look for when choosing a dash camera.

High-definition video

A dash camera is only useful if it captures clear footage. High-definition (HD) video ensures that details like license plates, road signs, and faces are visible. Look for a camera with at least 1080p resolution for sharp images. Some models even offer 4K recording for the highest level of clarity. The better the video quality, the easier it is to provide proof in case of an accident.

Wide-angle lens

A wide-angle lens captures more of the road, helping to record everything happening around the vehicle. A good dash cam should have at least a 140-degree field of view. This ensures that not just the road ahead but nearby lanes are also visible. A wider view reduces blind spots and helps capture important details in accidents or disputes.

Night vision

Driving at night comes with extra risks, so a dash camera with night vision is essential. Standard cameras may struggle in low light, making details hard to see. A dash cam with night vision uses infrared technology or advanced sensors to capture clear footage in the dark. This feature is especially useful for recording events in poorly lit areas or during nighttime accidents.

Loop recording

Dash cameras record continuously, so having loop recording is important. This feature allows the camera to overwrite old footage when the memory card is full. It ensures that the device never stops recording, so drivers don’t have to worry about missing important moments. Critical footage from accidents is often protected automatically, preventing it from being deleted.

GPS tracking

A built-in GPS tracker records the vehicle’s speed and location. This information can be helpful in accident reports or insurance claims. GPS tracking can also help drivers review their routes and driving habits. Some models offer real-time tracking, which can be useful for fleet vehicles or monitoring teen drivers. 

The conclusion 

Choosing a dash camera with the right features ensures better protection and peace of mind. High-definition video, a wide-angle lens, night vision, loop recording, and GPS tracking are essential. These features help capture clear footage and keep drivers safe in any situation. 

Overloading trucks can have serious consequences, not only for your fleet’s efficiency but also for road safety and the lifespan of your vehicles. Truck overload is a common issue, especially in industries requiring frequent heavy haulage, but understanding the signs that you might be overloading is crucial. Overloading not only risks fines and legal repercussions but also damages your trucks, increases fuel consumption, and can endanger lives on the road.

In the Australian transport industry, the National Heavy Vehicle Regulator (NHVR) enforces strict rules on truckloads to maintain safety standards. This content aims to help Australian businesses recognise when they might be overloading their trucks and offers suggestions for avoiding this costly mistake.

Excessive Wear and Tear on Tyres

Tyres are the first to show signs of overloading. When trucks carry excessive loads, tyres experience more friction and pressure than they are designed for, leading to premature wear and tear. In the worst cases, overloaded tyres may burst, causing accidents. If you notice frequent tyre replacements, uneven wear patterns, or increased maintenance costs, this could indicate that your trucks are consistently carrying more than their rated load capacity.

Poor Handling and Braking Performance

Overloading significantly affects a truck’s handling and braking performance. When trucks are overloaded, the extra weight puts a strain on the suspension and braking systems, making the vehicle harder to control. You might notice longer stopping distances or an increase in accidents and near-misses due to poor braking performance. This is particularly dangerous on Australia’s long, winding roads or in areas with high traffic density.

Increased Fuel Consumption

Another clear sign of overloading is a noticeable increase in fuel consumption. Heavier loads cause engines to work harder, burning more fuel than usual. If your trucks’ fuel efficiency drops suddenly without any other clear reason, it might be because you are overloading them.

Suspension Damage

The suspension system in a truck is built to support a specific weight range. Consistently exceeding this weight can cause long-term damage to the suspension system, leading to costly repairs or even vehicle downtime. If your trucks are experiencing frequent suspension issues, such as sagging or bouncing while driving, it’s a strong indicator that overloading is occurring.

Frequent Fines or Penalties

In Australia, overloaded trucks are subject to fines and penalties under NHVR regulations. If your fleet is regularly being penalised for overloading, this is a red flag that your trucks are consistently carrying too much weight. Not only do these fines hurt your bottom line, but they also damage your business’s reputation in the industry.

Recognising these signs early can help prevent the costly consequences of overloading, such as vehicle damage, road safety risks, and legal penalties. By monitoring these five signs, you can take proactive steps to avoid overloading your trucks and maintain a safe, efficient operation.

To avoid these issues, ensure that all drivers and logistics personnel are well-versed in loading limits. Implement processes where loads are weighed and verified before trucks depart, and ensure compliance with legal weight limits for each type of vehicle in your fleet. Invest in high-quality weighing system so you can avoid hefty penalties and damage to the vehicles.

Heavy haulage projects are inherently risky, involve transporting oversized and incredibly heavy loads across long distances. Given the complexities and potential hazards of such operations, safety is paramount for every haulage company. Companies such as ODLS, with their expertise and experience, implement a range of stringent safety measures to ensure the protection of both personnel and the public, as well as the safe and efficient delivery of the cargo.

Let’s examine in detail some of the most crucial safety measures haulage companies implement during heavy transport operations.

Comprehensive Risk Assessment and Planning

Before any heavy haulage project begins, the first safety measure undertaken is a comprehensive risk assessment. This thorough evaluation covers every aspect of the transport operation—from the route and environmental conditions to the size and weight of the load. The meticulousness of this risk assessment helps to identify any potential hazards, such as sharp turns, low bridges/overheads, hinderance to the travel envelope, or difficult terrain, that could compromise safety during transportation.

Once the risks are identified, careful transport planning is initiated. This plan includes selecting the safest and most efficient routes, arranging escort vehicles if needed, and factoring in specific approvals and permits required for oversized loads. In some cases, alternative routes may be advised by Authorities to avoid high-risk areas, ensuring the cargo reaches its destination without incident.

Adherence to Load Restraint Standards

Ensuring that the load is properly secured is another critical safety measure for any haulage company. There are strict load restraint standards that must be followed to prevent shifting or falling during transport. These standards dictate the type and strength of the restraints, how the load should be distributed on the trailer, and the use of additional support or anti friction systems.

Failure to secure the load properly can lead to catastrophic accidents, so every haulage company must adhere to these regulations. Experienced operators ensure that the load is balanced and evenly distributed and double-check for stability before the vehicle hits the road. Reinforced chains, straps, and mechanical locking mechanisms are all commonly used to keep the load firmly in place.

Regular Vehicle Inspections and Maintenance

Due to the oversized loads they carry, vehicles used in heavy haulage projects are subject to considerable stress. Regular inspections and maintenance of the vehicles are key safety practices to prevent mechanical issues that could result in accidents or delays. Every vehicle must be checked thoroughly before embarking on a haulage job, focusing on critical systems like brakes, tyres, hydraulics, and engines.

For large, high-stakes transport projects, haulage companies often carry out additional pre-project inspections, which form a part of an externally audited maintenance accreditation scheme. This ensures that all vehicles meet safety regulations and are mechanically sound before hitting the road. Preventive maintenance protocols help to identify potential issues before they become major problems, ensuring the safety of the operation from start to finish.

Use of Escort and Pilot Vehicles

In some heavy haulage projects, escort and pilot vehicles are a required to ensure public safety and smooth passage along roadways. These vehicles, often equipped with high-visibility markings and warning lights, act as a barrier between the public and the heavy load, helping to manage traffic flow, direct the heavy vehicle through intersections, and alert other drivers to the presence of oversized loads. Pilot vehicles, typically smaller and more manoeuvrable, also assist the main transport vehicle by guiding negotiation of difficult turns or narrow roads, reducing the risk of incidents.

Escort vehicles are also responsible for communicating with the heavy haulage vehicle’s driver, offering real-time updates on road conditions and potential hazards. This coordination ensures that the driver can adjust speed, maneuvering, or positioning to maintain safety throughout the journey.

Highly Trained Personnel

Heavy haulage is not just about having the right equipment and vehicles; it also requires skilled and experienced personnel. Training is a cornerstone of safety in this industry. Drivers and transport operators undergo on and off the job training to handle oversized loads and manage the specific challenges associated with heavy transport. These programs include operating specialised equipment, managing cargo restraint, understanding COR and following all road safety regulations.

In addition, support staff involved in planning, coordination, and maintenance are equally trained to uphold the highest safety standards. Well-trained personnel help prevent accidents, reduce the risk of cargo damage, and ensure that each haulage project is completed safely and efficiently.

Emergency Contingency Planning

Despite all the safety measures implemented, unforeseen issues such as equipment failure or road obstructions can still occur. Contingency planning, a proactive approach to safety, is a critical component of ensuring safety during heavy haulage projects. Haulage companies plan for potential emergencies by incorporating spare vehicles, alternate delivery schedule and parking locations, repair networks, and backup drivers into the project structure.

In the event of a mechanical breakdown, for example, spare vehicles can be dispatched to take over the haulage process, minimising downtime and preventing dangerous roadside situations. Contingency planning ensures that any emergencies are handled swiftly and effectively, reducing the impact on project timelines while maintaining safety for all involved.

Safety is non-negotiable in the world of heavy haulage, where oversized loads and complex logistics demand strict adherence to best practices and regulations. By conducting thorough risk assessments, securing loads properly, maintaining vehicles, and employing highly skilled personnel, haulage companies create a safer environment for all stakeholders. These safety measures, combined with careful planning and contingency strategies, enable the seamless transport of even the most challenging loads.

When it comes to all-terrain vehicles (ATVs), the right tyres can significantly impact your riding experience, safety, and performance. In Australia, ATV enthusiasts often face diverse terrains—from dunes and rocky trails to muddy fields and grassy landscapes. Choosing between bias ply and radial ATV tyres can be challenging, as each type offers distinct benefits suited to different conditions. This article will help you understand the key differences between bias ply and radial tyres, enabling you to make an informed decision based on your specific needs.

Understanding Bias Ply Tyres

Bias ply tyres have been popular for ATVs for years, particularly for riders tackling rough and uneven terrain. These tyres are constructed with multiple layers of fabric, known as plies, that crisscross at angles to form a durable casing. The layers overlap, creating a stiffer sidewall and a robust overall structure.

Advantages of Bias Ply Tyres:

Durability: Due to their sturdy construction, bias ply tyres are highly resistant to cuts, punctures, and sidewall damage, making them suitable for rocky and rugged landscapes.

Cost-Effectiveness: Bias ply tyres are generally more affordable than radial tyres, making them a budget-friendly option for casual riders or those who don’t want to invest heavily in tyres.

High Load Capacity: The reinforced structure of bias ply tyres allows them to handle heavier loads, which is useful if you carry gear or equipment on your ATV.

Disadvantages of Bias Ply Tyres:

Reduced Comfort: The rigid sidewalls can make for a bumpier ride, as these tyres don’t absorb shocks as well as radial tyres. This can be tiring over long distances or on very uneven terrain.

Limited Speed Capability: Bias ply tyres are not ideal for high-speed riding, as they tend to heat up and wear out more quickly at higher speeds.

Understanding Radial Tyres

Radial tyres are designed with plies that run perpendicular to the direction of travel and do not overlap. This design provides more flexibility and allows the tyres to absorb shocks more effectively. Radial tyres are a newer option for ATVs but have quickly gained popularity due to their performance benefits.

Advantages of Radial Tyres:

Enhanced Ride Comfort: Radial tyres provide a smoother ride thanks to their flexible sidewalls, which absorb impacts more effectively. This makes them ideal for long-distance rides or if you spend most of your time on moderate trails or hard-packed surfaces.

Improved Traction and Stability: The radial construction allows for a larger contact patch with the ground, offering better grip and stability, particularly on hard-packed surfaces and trails.

Better Fuel Efficiency and Tread Life: Radial tyres tend to have lower rolling resistance, which can lead to better fuel efficiency and longer tread life, especially if you frequently ride on well-maintained paths or smooth surfaces.

Disadvantages of Radial Tyres:

Higher Cost: Radial tyres are generally more expensive upfront compared to bias ply tyres. However, their longer lifespan may offset the initial investment for some riders.

Lower Load Capacity: Due to their more flexible construction, radial tyres may not handle heavy loads or bias ply tyres. If you plan to carry heavy cargo on your ATV, this is a factor to consider.

Choosing the Right Tyre for Your Needs

When deciding between bias ply and radial tyres, consider the type of terrain you’ll most frequently encounter and your riding style. Here are some general guidelines:

For Rocky and Rugged Terrains: If you often ride on rough, rocky, or uneven surfaces, bias ply tyres might be the best choice. Their robust construction offers protection against cuts and punctures, making them a durable option for off-road conditions.

For Long-Distance or High-Speed Rides: Radial tyres provide a smoother ride and better handling at higher speeds, making them ideal for riders who spend more time on hard-packed trails or dirt roads.

For Mixed Terrain Use: If you need versatility, consider a radial tyre that can handle a variety of conditions. Many radial tyres balance comfort and durability, which can be beneficial if your rides vary in terrain type.

No matter your preference, choosing the high-quality type can greatly enhance your ATV experience, providing the balance of comfort, durability, and performance best suited to your Australian ATV adventures.

Shipping your motorcycle overseas can seem daunting if you don’t have the experience. As one of Australia’s most experienced bike shippers, Get Routed simplifies the process. And we make shipping bikes easy for riders who want to explore breathtaking landscapes like New Zealand, Spain & Europe, Isle of Man and the UK on their own bikes.

Whether you’re heading to the scenic South Island or gearing up for an unforgettable ride across the European countryside, ensuring the safety of your bike is crucial. And like everything else, it starts with you.

This guide outlines every step you need to take before dropping your bike at a Get Routed depot for shipping. This guide provides a checklist along with relevant details and resources you will require to clean and inspect your bike.

Clean Your Bike Thoroughly

The cleanliness of your motorcycle is not just about appearance—it’s a crucial requirement for shipping compliance. Countries like New Zealand and Spain enforce strict biosecurity laws to protect their ecosystems. A spotless bike minimises the risk of delays and additional cleaning fees.

Start by pressure washing your motorcycle to remove all dirt, grease, and debris. Pay close attention to hard-to-reach areas, including the undercarriage, wheels, and engine components.

These spots often trap mud and grime that can be flagged during inspections. For best results, use a high-quality truck wash like C18 or similar, which is effective in removing stubborn contaminants.

Fuel Requirements

To comply with international shipping regulations and ensure safety during transit, start by reducing your motorcycle’s fuel level to less than 2 litres.

This requirement applies to all destinations serviced by Get Routed, including New Zealand, the UK, Europe, and others. Shipping containers are designed to minimise risks, and a reduced fuel level prevents potential fire hazards.

For New Zealand specifically, this is a strict biosecurity and safety regulation, as part of the nation’s efforts to safeguard its ecosystem.

Secure Your Battery

Next, disconnect the battery leads and insulate the terminals with tape to eliminate any possibility of accidental electrical discharge.

This step is universally mandatory for all international shipments. It ensures compliance with shipping standards and protects your bike and other items in the container.

For shipments to New Zealand and Europe, this step is crucial as local customs and safety authorities may inspect electrical components to verify compliance before clearing the shipment. Failing to adhere to these requirements could result in delays or fines at the destination.

Pack Permitted Items

Shipping a motorcycle isn’t just about preparing the bike itself. Riders often need to ship essential gear and ensure all items adhere to strict shipping and biosecurity guidelines.

Pack permitted items like your helmet, gloves, jacket, boots, and tools securely. Use bubble wrap or protective covers to prevent damage during transit.

Label all loose items clearly with your name and motorcycle registration number for easy identification at the destination.

Avoid packing non-compliant items such as tents, food, or clothing, as these are prohibited in shipping containers and can delay customs clearance.

Get Routed provides comprehensive guidelines to ensure your bike and any accompanying gear meet all shipping requirements.

Familiarise yourself with our terms and Conditions to avoid overlooked details that could cause issues during the process. Ensure your bike, gear, and packed items comply with size and weight limitations outlined by Get Routed.

Disclaimer: The charges and requirements outlined in the tables above are based on current information and are subject to change. Many of these fees, such as cleaning costs, storage charges, and penalties, are determined by third-party providers and not directly controlled by Get Routed. For the most accurate and up-to-date figures, we strongly recommend contacting Get Routed directly at dave@getrouted.com.au or 03 5625 9080.

Coordinate Drop-Off and Ensure a Smooth Handover

The final step in preparing your motorcycle for shipping involves coordinating the logistics and ensuring all details are in place before handing over your bike. This phase is crucial to ensure your shipping timeline stays on track.

Once your reservation is confirmed, coordinate your drop-off date and time with us. Ensure you schedule this at least four days prior to the container’s departure. This time period is essential for preparing and securing the bikes within the shipping container.

On the scheduled drop-off day, arrive on time to ensure a smooth handover process. Bring all required documentation, including your reservation confirmation, proof of ownership, and identification. This will help the Get Routed team process your motorcycle efficiently and get it ready for loading into the container.

Here is a checklist to help you work through the preparation process for dropping your bike at your nearest Get Routed depot.

America has a deep-rooted history in off-roading, and some vehicles have played a pivotal role in shaping the culture. From military-inspired workhorses to powerful trucks built for rugged landscapes, these 4x4s have defined what it means to explore the unbeaten path. Here are seven classic American 4x4s that left a lasting impact on off-roading.

1. Jeep Willys MB (1941-1945)

The Jeep Willys MB is where it all started. Originally designed for military use in World War II, this legendary 4×4 was built for durability, reliability, and all-terrain capability. With its lightweight design, flat fenders, and high ground clearance, the Willys MB could handle the toughest environments. After the war, the civilian version (CJ series) became one of the most influential off-road vehicles, setting the stage for every Jeep model that followed.

2. Ford Bronco (1966-1996, 2021-Present)

The Ford Bronco first appeared in 1966 as a response to the growing popularity of off-road SUVs. Designed as a compact, capable 4×4, it quickly became a favorite among off-roading enthusiasts. With its short wheelbase, solid front axle, and robust suspension, the Bronco excelled in both trail and desert terrain. The early generations are now considered classics, and with its recent revival, the Bronco continues to build on its legendary status.

3. Chevrolet K5 Blazer (1969-1994)

When Chevrolet introduced the K5 Blazer, it was one of the first full-size SUVs built for both comfort and off-road performance. Unlike some of its smaller competitors, the K5 came with a powerful V8 engine, ample cargo space, and a removable top, making it a versatile choice for adventure seekers. Its solid front and rear axles provided excellent durability, making it a go-to vehicle for off-road modifications and rock crawling.

4. International Harvester Scout (1961-1980)

The International Harvester Scout was one of the earliest competitors to Jeep’s dominance in the off-road segment. Designed as a rugged utility vehicle, the Scout featured a sturdy body-on-frame construction, a strong V8 engine, and four-wheel drive capabilities that made it a powerhouse on rough terrain. Today, restored Scouts are highly sought after by collectors, and their legacy lives on in modern off-road vehicle designs.

5. Dodge Power Wagon (1945-Present)

The Dodge Power Wagon was the first civilian 4×4 truck built with military-grade toughness. Its origins trace back to World War II, and when it was introduced to the public in 1945, it revolutionized off-roading. With a powerful inline-six engine, a rugged chassis, and a locking differential, the Power Wagon became a workhorse for farmers, construction workers, and off-road enthusiasts alike. Even today, the modern Power Wagon retains its off-road dominance, staying true to its legendary roots.

6. Hummer H1 (1992-2006)

Few vehicles command attention like the Hummer H1. Originally designed as the military Humvee, this behemoth was made available to civilians in the early 1990s. Built for extreme off-road conditions, the H1 featured portal axles, a high ground clearance, and a central tire inflation system. It could ford deep water, climb over massive obstacles, and handle terrains that would leave most 4x4s stranded. Though no longer in production, the H1 remains one of the most capable American four wheel drive vehicles ever made.

7. Jeep Cherokee XJ (1984-2001)

The Jeep Cherokee XJ revolutionized the off-road industry with its unibody construction, compact size, and impressive 4×4 capability. Unlike its body-on-frame predecessors, the XJ offered a lightweight design without sacrificing strength. It quickly became a favorite among off-roaders due to its ease of modification, solid axles, and trail-ready performance. Even today, the Cherokee XJ remains one of the most beloved off-road vehicles, with many still tackling trails decades after rolling off the assembly line.

These seven classic American 4x4s paved the way for modern off-roading. Whether through military service, trailblazing innovation, or sheer ruggedness, each of these vehicles played a crucial role in shaping off-road culture. While newer models continue to push the limits of performance, these classics remain icons in the world of adventure and exploration.