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Why Securement Systems Should Be Built for Real Conditions, Not Ideal Ones

Sat, 02 May 2026 23:18:24 GMT

In equipment transport , there is a clear difference between how a load is expected to behave and how it actually behaves on the road. On paper, securement may appear straightforward. The load is positioned, tied down, and ready for transport. In practice, conditions are rarely that controlled. Roads vary, weather changes, and equipment shifts in ways that are not always predictable.

This gap between ideal conditions and real-world conditions is where many securement challenges begin. Systems that are designed only for controlled environments often struggle to perform consistently in the field.

The Reality of Transport Conditions

Transporting heavy equipment is not a static process. Once a load leaves the jobsite, it is exposed to a range of variables that influence how it behaves. Road surfaces can change from smooth pavement to uneven terrain within a short distance. Traffic patterns may require sudden braking or sharp turns. Weather conditions can introduce moisture, reduced visibility, or temperature fluctuations.

Each of these factors places stress on both the equipment and the securement system. What seemed stable at the start of the trip can begin to shift under these changing conditions. This is why securement must be designed with variability in mind rather than relying on ideal assumptions.

Movement Happens Even When It Is Not Obvious

One of the most overlooked aspects of transport is that movement does not need to be dramatic to create problems. Small shifts can occur gradually as the vehicle travels. These shifts may not be visible during the trip, but they can change the distribution of weight and tension within the securement system.

Over time, this can lead to reduced stability and increased risk. A system that does not account for this type of movement may lose effectiveness even if it was properly applied at the beginning of the journey.

The Limitations of Traditional Securement Methods

Traditional securement approaches often rely on methods that work well under controlled conditions but require constant attention to remain effective. Chains and binders, for example, depend heavily on proper tension and consistent application.

In real-world conditions , maintaining that consistency can be challenging. Variations in load shape, surface contact, and operator technique can all influence how well the system performs. When conditions change, these methods may require adjustment to maintain their effectiveness.

This reliance on ideal setup conditions can introduce risk, especially when time pressures or environmental factors make adjustments difficult.

Designing for Consistency Under Pressure

Securement systems that perform well in the field are those that are designed to reduce variability. Instead of depending on perfect conditions or repeated adjustments, they are built to maintain stability across a range of scenarios .

This approach focuses on:

Reducing the number of variables that affect performance
Simplifying the securement process
Supporting consistent results regardless of conditions

By prioritizing consistency, these systems help ensure that securement remains effective even when conditions are less than ideal.

Reducing Complexity to Improve Reliability

Complex systems often introduce more opportunities for error. In fast-paced work environments, simplicity can be a key factor in maintaining safety and efficiency.

Securement systems that are easier to use tend to produce more consistent results. When operators can apply securement quickly and confidently, there is less reliance on guesswork or repeated adjustments. This reduces the likelihood of inconsistencies that can develop over time.

A Practical Approach to Safer Transport

Equipment transport does not take place under perfect conditions. It happens in environments that are constantly changing, where small variables can have a significant impact. Securement systems must reflect this reality.

Chainsaf designs securement solutions that are built for real-world conditions, focusing on safety, efficiency, and consistency in the field. By reducing complexity and improving reliability, these systems help operators maintain control from the jobsite to the destination.

If your goal is to improve how your equipment is secured and transported, contact Chainsaf to explore solutions designed for the conditions you actually face every day.

The Real-World Consequences of Improper Load Securement

Thu, 23 Apr 2026 00:29:46 GMT

There are moments in the transportation industry that serve as stark reminders of how critical proper load securement truly is. A recent crash in Beaumont, Texas is one of those moments . It is important to begin by acknowledging the seriousness of incidents like this. When accidents involve heavy equipment and everyday drivers, the consequences can be life-altering, and in some cases, tragic. Our thoughts are with those affected, and with anyone who has experienced loss or injury in similar situations.

This incident highlights a reality that cannot be overlooked. Load securement is not just a procedural step. It is a matter of public safety.

A Real-World Example of What Can Go Wrong

On April 17, 2026 , an SUV driver was injured when an 18-wheeler traveling through an intersection lost part of its load. According to reports , two 10-ton weights fell from the truck and struck the vehicle while it was stopped at a light. The driver was transported to a hospital, and the truck operator was cited for carrying an unsecured load.

This was not a high-speed highway collision . It occurred in a controlled environment, at an intersection, where drivers typically expect a degree of safety. That is what makes incidents like this especially concerning.

The Physics Behind Load Failure

When cargo is not properly secured, it does not take extreme conditions for failure to occur. Even routine driving, such as turning or braking, can create enough force to shift heavy loads. In this case, the cargo involved weighed approximately 10 tons per piece.

At that weight, once movement begins, the load can quickly become uncontrollable. What was once secured freight can turn into a moving hazard with significant force behind it.

This is what makes improper securement so dangerous. It transforms everyday driving conditions into unpredictable risks.

Why Intersections Are Especially Vulnerable

The setting of this crash is an important detail. The SUV was stopped at an intersection, waiting to turn. In these situations, drivers have little to no ability to react.

Unlike highway driving, where there may be room to maneuver, intersections create confined spaces. Vehicles are often stationary, surrounded by traffic, and dependent on signals. When a hazard enters that space unexpectedly, there are limited options for avoidance. This makes unsecured loads particularly dangerous in urban and suburban environments.

The Responsibility Behind Every Load

Federal regulations require that all cargo be properly secured before transport. These standards exist for a reason. They are designed to ensure that loads remain stable during normal driving conditions.

Improper securement can involve:

Inadequate tie-downs or restraints
Failure to account for weight distribution
Lack of inspection before transport

In the Beaumont incident, the citation for an unsecured load suggests that these standards may not have been fully met.

When securement fails, the consequences extend beyond the operator. Every driver on the road is affected.

The Human Impact of Securement Failures

It is easy to discuss load securement in technical terms, but incidents like this bring the human impact into focus. A driver going about a routine trip was suddenly placed in harm’s way due to a preventable issue.

Even when injuries are not fatal, the potential for severe harm is significant. Events involving falling cargo can result in:

Serious physical injuries
Long-term recovery challenges
Emotional and financial strain

In more severe cases, these incidents can lead to loss of life . That is why securement cannot be treated as a routine task. It is a responsibility that carries real consequences.

Moving From Compliance to Practical Safety

Meeting regulatory requirements is essential, but real-world safety demands more than minimum compliance. It requires systems and practices that account for the realities of daily transport.

This includes:

Using securement systems designed for heavy and variable loads
Reducing reliance on complex or inconsistent methods
Prioritizing ease of use to support consistency under pressure

When securement systems are difficult or time-consuming, there is a greater risk of shortcuts. Practical, efficient solutions help ensure that proper securement becomes the standard, not the exception.

A Responsibility That Extends Beyond the Jobsite

Every load that leaves a jobsite enters a shared environment. Highways, intersections, and city streets are used by families, commuters, and communities. Improper securement does not stay contained to a single vehicle. It creates risk for everyone nearby.

Chainsaf is focused on improving the way equipment is secured for transport by designing systems that reflect real-world conditions. By prioritizing safety, efficiency, and consistency, better securement solutions can help reduce the likelihood of incidents like the one in Beaumont.

If your goal is to move equipment with greater confidence and reduce risk on the road, contact Chainsaf to learn how practical securement systems can make a difference where it matters most.

Why Securement Systems Should Be Built for Real-World Use

Wed, 15 Apr 2026 07:25:27 GMT

On paper, equipment securement can seem straightforward. There are guidelines to follow, chains to tighten, and procedures to complete before hitting the road. In reality, jobsite conditions are rarely ideal. Uneven ground, time pressure, weather, and varying equipment types all introduce challenges that go beyond basic instructions.

This is why securement systems need to be designed with real-world use in mind . A system that works in controlled conditions is not always effective in the field.

The Difference Between Theory and Practice

Many securement methods are based on standardized procedures. While these are important for safety and compliance, they do not always reflect how work is actually performed on a jobsite.

In real-world conditions, operators may face:

Limited space to position equipment
Uneven or unstable surfaces
Time constraints between tasks
Variations in equipment size and shape

A securement system must be able to adapt to these factors without adding unnecessary complexity.

Time Pressure Is a Constant Factor

Loading and securing equipment is often one step in a larger workflow. Operators are balancing multiple responsibilities, and time is rarely unlimited.

When securement systems are difficult to use or require extra steps, it can lead to:

Rushed processes
Inconsistent application
Increased risk of error

Systems designed for real-world use prioritize efficiency without compromising safety. They allow operators to complete securement quickly and correctly, even under pressure.

Simplicity Improves Consistency

Complex systems can introduce variability. When a process requires multiple adjustments or specialized techniques, it becomes more difficult to repeat consistently.

Simpler systems tend to:

Be easier to understand and use
Reduce the chance of missed steps
Support consistent results across different operators

Consistency is one of the most important aspects of safe equipment transport. A system that performs the same way every time helps reduce uncertainty.

Equipment Variety Requires Flexibility

No two loads are exactly the same. Equipment varies in size, weight, and configuration, which means securement methods must be adaptable.

A system built for real-world use should:

Accommodate different types of machinery
Adjust to varying load positions
Maintain stability across changing conditions

This flexibility allows operators to secure loads effectively without needing multiple tools or approaches.

Reducing Physical Strain on Operators

Securement is not just a technical task. It is also a physical one. Traditional methods can require repeated lifting, tightening, and repositioning, which can add up over time.

When systems are not designed with usability in mind, operators may experience:

Increased fatigue
Slower completion times
Greater potential for mistakes

Designing for real-world use includes considering how the system affects the person using it. More efficient systems can help reduce unnecessary strain while maintaining performance.

Reliability in Unpredictable Conditions

Jobsite environments are rarely predictable. Weather, terrain, and daily conditions can all change how equipment is handled and secured.

A reliable securement system should perform consistently in:

Wet or muddy conditions
Uneven loading areas
Changing temperatures

This reliability is essential for maintaining safety across different environments.

Moving Beyond “Good Enough”

In many cases, securement is treated as a routine step. When systems are difficult to use, there is a tendency to settle for “good enough” rather than optimal.

However, small compromises can have larger consequences. Equipment movement, shifting loads, and instability often result from incomplete or inconsistent securement.

Systems designed for real-world use help eliminate these compromises by making proper securement the easiest option.

A Practical Approach to Equipment Transport

Effective securement is not just about meeting requirements. It is about creating a process that works under real conditions, every time. This means focusing on usability, efficiency, and adaptability.

Chainsaf designs securement systems with these principles in mind, offering solutions that reflect the realities of equipment transport. By prioritizing real-world performance, Chainsaf helps operators secure loads more efficiently and with greater confidence.

If you are looking for a securement system that works where it matters most, contact Chainsaf today to learn how practical design can improve both safety and efficiency on the job.

How Better Securement Can Reduce End-of-Day Fatigue

Wed, 08 Apr 2026 03:18:53 GMT

At the end of a long workday, fatigue is expected. Hauling equipment, operating machinery, and managing jobsite demands all require physical and mental effort. However, one part of the process often contributes more to that fatigue than most operators realize: load securement.

While securing equipment may seem routine, the way it is done can have a noticeable impact on how much energy is used throughout the day. Improving that process can help reduce strain and make the workday more manageable from start to finish.

Fatigue Builds From Repetition

Most operators do not secure a load just once per day. Depending on the job, it may happen multiple times. Each cycle involves similar movements:

Walking back and forth to retrieve chains and binders
Lifting and carrying heavy equipment
Climbing on and off the trailer
Repeating the same setup and adjustment steps

Individually, these actions may not feel significant. Over time, however, repetition adds up . What starts as a routine task can become a major contributor to overall fatigue.

Physical Strain Is Often Overlooked

Load securement requires more than just time. It also involves physical effort in positions that are not always ideal. Reaching, bending, and pulling chains into place can put strain on:

The back and shoulders
The arms and hands
The knees from repeated climbing

These movements are often performed quickly and under pressure, which can increase the likelihood of discomfort as the day progresses. Because securement is considered part of the job, this strain is often accepted rather than questioned.

Climbing Adds to the Wear

One of the most physically demanding aspects of traditional securement is climbing onto and off the trailer. This movement is repeated multiple times for each load, especially when adjusting chains or checking connections.

Over the course of a day, this can result in:

Increased fatigue in the legs
Greater risk of missteps or slips
Additional strain on joints

Reducing the need to climb repeatedly can make a noticeable difference in how an operator feels by the end of the day.

Mental Fatigue Plays a Role Too

Physical effort is only part of the equation. Load securement also requires attention to detail. Each connection must be properly placed, tensioned, and checked.

When the process is inefficient or disorganized, it can create mental strain as well. Operators may need to:

Keep track of multiple loose chains and binders
Reposition equipment to correct placement issues
Double-check work due to uncertainty

This added mental effort contributes to overall fatigue, especially during longer shifts.

Small Improvements Add Up

Reducing fatigue does not always require major changes. Small improvements in the securement process can have a meaningful impact over time.

For example:

Keeping equipment organized and within reach reduces unnecessary movement
Streamlining steps eliminates repetition
Improving workflow allows tasks to be completed more efficiently

These adjustments help conserve energy, allowing operators to maintain consistency throughout the day.

Efficiency Supports Endurance

When securement becomes more efficient, it does more than save time. It supports endurance. Operators can move through tasks with less effort, reducing the physical and mental toll of repeated actions.

This can lead to:

More consistent performance throughout the day
Less strain at the end of a shift
Improved focus on other aspects of the job

Efficiency and fatigue are closely connected. When one improves, the other often follows.

Rethinking Securement as Part of the Workflow

Instead of viewing load securement as a separate task, it can be helpful to see it as part of the overall workflow. When the process is integrated and streamlined, it becomes less disruptive and less demanding.

This approach shifts the focus from simply completing the task to completing it in a way that supports long-term performance.

A Smarter Way to Work

End-of-day fatigue may never be eliminated entirely, but it can be reduced by improving how routine tasks are handled. Load securement is one area where changes can make a noticeable difference.

Chainsaf provides integrated securement systems designed to simplify the process, reduce unnecessary movement, and minimize physical strain. By keeping everything built into the trailer and within reach, Chainsaf helps operators work more efficiently and finish the day with less fatigue. To learn more about improving your hauling workflow, contact Chainsaf today.

How Many Steps Does It Really Take to Secure a Load?

Wed, 01 Apr 2026 12:42:42 GMT

For many operators, securing a load is just part of the job. It is something that gets done at the end of loading, often without much thought about the process itself. However, when you take a closer look, traditional load securement involves more steps than most people realize.

Breaking that process down can reveal where time is lost, where effort adds up, and where improvements can make a noticeable difference.

The Process Starts Before You Even Begin

Before chains are tightened or binders are locked, the securement process often begins with gathering equipment. In a traditional setup, this usually means:

Walking back to the truck or storage area
Retrieving chains, binders, or straps
Carrying them to the trailer

This step alone may not seem significant, but it is repeated every time a load is secured. Over the course of a day, that back-and-forth movement adds up.

Climbing and Positioning

Once the equipment is on hand, the next phase typically involves positioning it correctly around the load. This often requires:

Climbing onto the trailer
Adjusting chains over or around equipment
Ensuring proper placement at each tie-down point

Depending on the size and shape of the load , this process can require multiple climbs and repositioning efforts. Each movement takes time and introduces additional physical strain.

Securing Each Connection Point

Most loads require multiple securement points to meet safety standards . For each one, the process generally includes:

Feeding the chain through or around the equipment
Attaching it to an anchor point
Applying tension with a binder or ratchet

These steps must be repeated for every connection. Even when done efficiently, the repetition can slow down the overall process.

Double-Checking for Safety

After everything is secured, operators often perform a visual check to ensure that:

Chains are properly tensioned
Connections are secure
Nothing is loose or misaligned

This step is essential for safety, but it adds another layer to the process . If something needs adjustment, it may require repeating earlier steps.

Counting the Steps

When all of these actions are considered together, securing a load is not just a single task. It is a sequence of repeated movements:

Walking to retrieve equipment
Carrying chains and binders
Climbing onto the trailer
Positioning and adjusting chains
Securing each tie-down point
Rechecking and adjusting

For a typical load, this can easily involve dozens of individual steps. While each one may seem minor on its own, the total effort becomes significant.

Where Time and Effort Add Up

The most time-consuming parts of securement are often not the actual tightening of chains. Instead, it is the movement surrounding the process:

Repeated trips to retrieve equipment
Climbing on and off the trailer
Managing loose chains and binders

These actions create small delays that accumulate over time. They also contribute to fatigue, especially during long workdays.

Rethinking the Process

When you look at securement as a series of steps, it becomes clear that efficiency is not just about working faster. It is about reducing unnecessary movement and simplifying the process.

Improving efficiency can involve:

Keeping securement tools within reach
Reducing the need to climb repeatedly
Organizing equipment so it is always in place

By minimizing extra steps, operators can focus more on doing the job correctly and less on managing the process itself.

A More Streamlined Approach

Modern securement systems are designed with this idea in mind. Instead of treating securement as a separate task, they integrate it into the trailer itself. This reduces the need for extra movement and keeps everything accessible.

The result is a process that feels more direct and less repetitive.

Turning a Routine Task Into a Smarter One

Securing a load will always be a necessary part of hauling. However, the way it is done can make a meaningful difference in both time and effort.

Chainsaf designs integrated securement systems that simplify the process and reduce unnecessary steps. By keeping everything built into the trailer and within reach, Chainsaf helps operators work more efficiently while maintaining safety. To learn more about how you can streamline your hauling process, contact Chainsaf today.

Why American-Made Equipment Matters in Heavy-Duty Applications

Fri, 27 Mar 2026 03:58:24 GMT

Strength You Can Count On

In industries such as construction, excavation, landscaping, and equipment transport, reliability is not optional. The tools and systems used every day must perform under demanding conditions, often without room for error. When equipment fails, the consequences can include delays, added costs, and potential safety risks. For this reason, many professionals place a strong emphasis on using American-made equipment in heavy-duty applications.

Choosing equipment manufactured in the United States is not only a matter of preference. It often reflects a commitment to durability, quality, and long-term performance in environments where equipment is expected to work hard every day.

Built for Demanding Conditions

Heavy-duty applications place constant stress on equipment. Securement systems, trailers, and machinery must withstand heavy loads, vibration during transport, and exposure to changing weather conditions.

American-made equipment is often designed with these challenges in mind . Manufacturers that operate within the United States are typically familiar with the specific demands of domestic industries and build products to meet those expectations.

Materials, design standards, and construction methods are selected to ensure that equipment can handle real-world use rather than ideal conditions.

Consistency and Quality Control

One of the key advantages of American manufacturing is consistency . Strict quality control standards help ensure that products are built to perform as expected across repeated use.

In heavy equipment transport, consistency is critical. Operators rely on securement systems to function the same way every time they are used. Variations in manufacturing quality can lead to unpredictable performance, which increases risk.

Products built under controlled manufacturing processes are more likely to deliver reliable results over time, reducing the likelihood of unexpected issues.

Supporting Safety on the Job

Safety is a central concern in any heavy-duty application . Equipment that fails under stress can create serious hazards for operators and others nearby.

American-made equipment is often designed with safety as a priority. This includes attention to structural integrity, proper load handling, and dependable performance under pressure.

When securement systems are built to high standards, they help ensure that heavy machinery remains stable during transport. This reduces the risk of shifting loads and contributes to safer operations both on the jobsite and on the road.

Long-Term Value and Durability

While initial cost is always a consideration, long-term value is often more important in heavy-duty applications. Equipment that lasts longer and performs reliably can reduce the need for frequent replacements and repairs.

Durable construction helps equipment withstand repeated use without significant wear. Over time, this leads to better overall value and fewer interruptions to daily operations.

Investing in high-quality equipment from the beginning often results in greater efficiency and lower long-term costs.

Designed for Real-World Use

Equipment used in heavy industries must function in a wide range of conditions. From hot summer temperatures to cold, wet environments, products must perform consistently regardless of the setting.

American manufacturers often design equipment with these variables in mind. By focusing on real-world applications, they create solutions that address the challenges operators face on a daily basis.

This practical approach helps ensure that equipment performs reliably in the environments where it is needed most.

Supporting Industry Standards

American-made equipment is typically produced in accordance with established industry standards and regulations . This helps ensure compatibility with existing systems and supports compliance with safety requirements.

For operators, this means greater confidence that the equipment they are using meets recognized standards for performance and safety.

Using equipment that aligns with these standards can also simplify inspections and regulatory compliance.

The Chainsaf Approach

At Chainsaf, we believe that heavy equipment securement systems should be built to meet the demands of the industries they serve. Our products are designed and manufactured in the United States with a focus on durability, efficiency, and safety.

Our flush-mount securement system reflects this commitment by providing a reliable solution that improves how equipment is transported. By reducing obstacles on the trailer deck and streamlining the securement process, we help operators work more efficiently while maintaining strong, dependable load control.

Reliability You Can Count On

In heavy-duty applications, equipment must perform consistently under pressure. American-made products offer a level of reliability that supports safe and efficient operations.

Choosing high-quality, domestically manufactured equipment is an investment in long-term performance. It helps ensure that tools and systems are ready to meet the demands of daily work without compromise.

When reliability matters most, the quality of the equipment behind the work makes all the difference.

Why Securement Is One of the Most Important Steps in Equipment Transport

Fri, 20 Mar 2026 13:57:54 GMT

Safe Hauling Starts with Securement

Transporting heavy equipment is a routine part of many industries. Construction companies, excavation contractors, landscapers, and equipment rental businesses all depend on moving machinery from one jobsite to another. While loading and unloading equipment often receive the most attention, one of the most critical steps in the entire process is securement. Properly securing equipment to a trailer helps ensure that the machinery arrives safely, protects the operator and other drivers on the road, and helps prevent costly damage.

Despite its importance, securement is sometimes treated as a simple final step rather than a central part of safe equipment transport. In reality, it plays a vital role in protecting both people and equipment during transit.

Preventing Equipment Movement During Transport

Heavy equipment is designed to perform demanding work, but when it is being transported on a trailer, it becomes vulnerable to movement if it is not properly secured. Even minor shifts in position can create dangerous situations on the road.

Vehicles encounter many forces during transport, including acceleration, braking, turns, and uneven road surfaces. These forces can cause equipment to shift if the securement system is not strong or stable enough to hold it in place.

A piece of equipment that moves during transit can damage the trailer, create hazards for other vehicles, or in severe cases fall from the trailer entirely. Proper securement ensures that the equipment remains firmly anchored throughout the journey.

Protecting Valuable Equipment

Heavy machinery represents a significant investment for contractors and businesses. Excavators, skid steers, loaders, and other equipment can cost tens or even hundreds of thousands of dollars. Transporting these machines without proper securement exposes them to unnecessary risk.

When equipment shifts or vibrates excessively during transport, it can suffer damage to components such as hydraulics, tracks, attachments, or structural parts. Even small movements can cause scratches, dents, or misalignment.

Reliable securement systems help stabilize equipment so it remains in the correct position while traveling. This protects both the machine and the trailer carrying it.

Supporting Road Safety

Equipment transport does not occur in isolation. Contractors share public roads with other drivers, making safe securement essential for everyone on the road.

If a machine shifts or becomes unstable during transport, it can affect the handling of the truck and trailer. An unbalanced load may increase stopping distances or create difficulties when turning or changing lanes.

In extreme situations, poorly secured equipment can break loose and become a serious hazard to nearby vehicles . Ensuring that equipment is properly secured helps prevent these situations and contributes to safer roadways for everyone.

Meeting Transportation Regulations

Equipment securement is not only a matter of safety but also a matter of compliance. Transportation authorities have established regulations governing how heavy machinery must be secured during transport. These rules are designed to reduce accidents and ensure that loads remain stable on the road.

Contractors and equipment operators must follow these regulations when hauling machinery. Failure to do so can result in fines, delays, or other legal consequences.

Reliable securement systems help operators meet these requirements by providing dependable tie-down solutions designed for heavy equipment transport.

Reducing Time and Effort During Transport

Traditional equipment securement methods often require operators to climb on and off trailers multiple times while attaching chains and binders. This process can be time-consuming and physically demanding.

Modern securement systems aim to streamline this process while maintaining strong and reliable load stability. By reducing the number of steps required to secure equipment, operators can save time while maintaining high safety standards.

Efficiency during the securement process also helps crews move more quickly between jobsites, improving overall productivity.

The Importance of Better Securement Solutions

The transportation of heavy equipment is a critical part of daily operations for many industries. Proper securement protects valuable machinery, supports road safety, and helps operators comply with transport regulations.

At Chainsaf, we focus on developing securement systems designed to improve safety and efficiency during equipment transport. Our flush-mount securement design helps operators secure machinery more effectively while maintaining full trailer deck space for loading and positioning equipment.

By improving the way equipment is secured during transport, operators can reduce risk, protect their investments, and move confidently from one jobsite to the next. In heavy equipment hauling, securement is not just a step in the process. It is one of the most important parts of ensuring safe and successful transport.