Category Archives: Aerial Lift Training

The 5 Most Common Aerial Lift Accidents

aerial lift accidents

Aerial lift operators must prioritize safety. When workers aren’t properly trained to operate an aerial lift, accidents can occur. Some aerial lift accidents can cause injuries, and others can be fatal.

Employers must provide aerial lift operator certification training. This ensures aerial lift operators are OSHA-certified. It also confirms that these operators know about common accidents involving aerial lifts. 

A Closer Look at Aerial Lift Accidents

Aerial lift accidents can occur without notice and wreak havoc on a business, its employees, and its customers. Common categories of aerial lift accidents include:

1. Boom Lift Accidents

Boom lifts can fall over, and when they do, produce some of the highest aerial lift accidents due to their height and horizontal reach.

2. Scissor Lift Accidents

A scissor lift accident is often caused by driving and working on uneven ground or falls and tip-overs that occur due to severe weather.

3. Manlift Accidents

Falls, tip-overs, and collapses are among the top dangers that can lead to manlift accidents.

4. Genie Lift Accidents

Although Genie lifts are used in many industries worldwide, they must be managed properly. Otherwise, workers risk Genie lift accidents that put their health and well-being in danger.

OSHA requires businesses to plan for accidents. If your company has aerial lift operators on staff, it must teach them about common accidents. Failure to do so can be costly to your business. It puts your aerial lift operators and others in danger, too. 

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Why OSHA Aerial Lift Certification Is Key 

Aerial lift operators who lack OSHA-approved training are more prone to accidents than others. They risk operating errors that can lead to aerial lift accidents, along with equipment and property damage. Even worse, aerial lift operator accidents can cause serious injury or death. They can also result in OSHA fines and penalties, brand reputation damage, and revenue losses. 

OSHA certification training won’t stop accidents on aerial lifts. Conversely, the training puts a company and its aerial lift operators in the best position to avoid such issues. 

Certification training provides insights into different types of aerial lift accidents. Upon completion, aerial lift operators can keep an eye out for hazards that can lead to these accidents. 

Furthermore, certification training helps businesses comply with OSHA requirements. The training ensures companies can provide workers with adequate training to guard against accidents on aerial lifts. It eve

Aerial Lift Accident Statistics

Aerial Lift AccidentsThe Center for Construction Research and Training conducts ongoing research into aerial lift accidents, how frequently they occur, and their impact on employers and workers. Some of the Center’s latest research provides insights into aerial lift accidents into the causes of deaths on aerial lifts, along with the trades most frequently involved.

Notable data from this research includes:

– Among trades, electricians (25%) account for the most deaths among professionals using aerial lifts, followed by construction laborers (15%) and electrical power installers and repairers (13%).

– Boom lifts accounted for nearly 70% of aerial lift deaths.

– Scissor lifts accounted for approximately 25% of aerial lift deaths.

Aerial lift operators must work cautiously, regardless of worksite or the type of lift they use. That way, these operators can remain productive without putting themselves or bystanders in danger. They can also avoid common aerial lift accidents.

5 Common Aerial Lift Accidents

The risks associated with using untrained workers on different types of lifts can be significant. To show the dangers of using untrained workers on aerial, boom, and scissor lifts, here’s a look at the five most common accidents at aerial lift worksites:

1. Electrocutions

The number of electrocutions in the construction industry rose 18% year over year, according to the most recent data from the Electrical Safety Foundation International. With a deep understanding of electrocutions, workers can take steps to protect themselves and others against electrocutions and other electrical injuries. 

Electrocutions occur when workers make contact with overhead power lines. They can also happen when a lift makes contact with a power line. 

Telescopic booms have the highest risk of electrical accidents. This is because they are often used to service electrical systems. 

Scissor lift operators often work near or under power lines. They risk getting a fatal electrical shock in many different ways, such as: 

– Operators do not use personal protective equipment (PPE). 

– The lift is unstable. 

– Contact is made with live power lines due to a lift tip-over

Aerial and scissor lift training teaches workers how to assess a work area for overhead live wires and other hazards. In doing so, the training can help workers avoid fatal shocks from power lines.

2. Falls from Aerial Lifts

Aerial lift falls are one of the leading causes of death among construction workers, the U.S. Centers for Disease Control and Prevention (CDC) reports. They are most likely to occur when a worker, aerial lift, or scissor lift is hit by a crane, vehicle, or another object.

Fall protection measures are crucial to limit the risk of falls from aerial lifts. All cables and harnesses must be attached to a lift before starting a job. In addition, when operating a lift, workers must ensure that:

– Access gates are closed.

– The body harness or restraining belt is attached to the boom or bucket with a lanyard.

– They are standing firmly on the floor of the bucket.

– They avoid leaning on or climbing over the guardrails.

OSHA-approved safety training provides tips and strategies to prevent falls from aerial lifts. With a comprehensive aerial lift safety training program, workers can learn which precautions can help them reduce the risk of aerial lift falls and other accidents.

3. Aerial Lift Tip-Overs

Aerial lift tip-overs most often occur when a bucket cable or boom breaks. They can also happen when a bucket falls or a scissor lift tips over.

To avoid these manlift accidents, workers should never:

– Set up an aerial lift between overhead hazards

– Exceed load capacity limits

– Travel to a jobsite with an elevated lift

– Use a lift on uneven terrain

– Raise a platform in windy conditions

Workers can learn how to identify and eliminate aerial lift tip-over risks and other aerial lift accidents, too. In fact, with proper training, workers can learn how to assess a worksite for tip-over hazards that can contribute to boom lift accidents and other workplace dangers.

4. Getting Caught Between a Lift and an Object

Injuries due to contact with objects outside a bucket occur when the bucket is being moved and a worker gets caught between the edge of the bucket and a roof joist, beam, or another object.

To prevent this type of accident, workers should perform a worksite inspection and evaluate their work equipment. Rotating or moving machine parts must be properly guarded, and workers should not wear loose clothing. Also, workers on the ground should remain at a safe distance from the load at all times.

Scissor lift operators should stay clear of overhead hazards like power lines, pipes, and ceilings to minimize the risk of scissor lift accidents as well. Meanwhile, on-foot workers should remain a safe distance from a work area.

Workers can learn about the dangers of getting caught between a lift and an object, how to avoid getting crushed by a lift or overhead objects, and other aerial lift safety tips and strategies as part of an aerial lift certification training program. Best of all, workers who complete this program can learn how to identify aerial lift dangers, eliminate these risks, and prevent accidents.

5. Being Struck by Objects Outside the Bucket

Collapsing materials cause accidents that occur when workers are unaware of their surroundings and make contact with objects that come loose. 

Workers must notify their superiors and stay up to date about any unfinished building materials at a jobsite. They should also take steps to prevent materials from coming loose; if these materials come loose, they could strike people on the platform or on the ground and lead to injuries and fatalities. 

It is important to note that human error can play a role in any of the aforementioned aerial lift accidents, too. For instance, careless aerial lift operators may take shortcuts that inadvertently lead to accidents. Or, lift operators who ignore a jobsite’s rules may cause accidents. 

No one is perfect, but a consistent approach to everyday work can help aerial lift operators minimize the risk of mistakes. When it comes to human error that can lead to aerial lift accidents, training is crucial. Because, if aerial lift operators are properly trained, they will know how to safely use a lift. They can also take precautions to prevent aerial lift accidents.

How to Stay Safe on Aerial Lifts

Aerial lift operators must prepare for accidents. A clear understanding of aerial lift hazards ensures operators can guard against them. 

Also, aerial lift operators must use their machinery carefully. Even a small mistake can cause a major aerial lift accident. By operating an aerial lift with precision, an operator can avoid errors. 

Finally, staying up to date on OSHA certification for aerial lifts is paramount. OSHA certification remains valid for up to three years. Only licensed operators can use aerial lifts at U.S. worksites. If you ensure your operators are in compliance with OSHA standards, you can verify they know how to safely use an aerial lift.

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Sign Up for Aerial Lift Certification Training from CMO offers a full selection of aerial lift, scissor lift, and mobile elevated work platform (MEWP) training courses

We provide courses to teach entry-level and experienced workers how to operate different types of aerial lifts in accordance with OSHA standards. Each course is designed to teach workers how to address boom lift accidents and other worksite dangers and prevent these issues from becoming recurring problems. And you can enroll your workers in any of our courses at your convenience. 

Many training courses are available that focus on scissor lift accidents and other aerial lift dangers. To learn more, please fill out our online form or call us today at (602) 277-0615.

Scissor Lift vs. Aerial Lift: What You Need To Know

Scissor lifts and aerial lifts differ from one another. A scissor lift is a type of aerial lift that allows workers to complete tasks at heights. But, the lift moves only up and down. Comparatively, an aerial lift can move in different directions. It also comes in many forms. 

If you’re feeling confused wondering, “what is a scissor lift? I thought they were technically aerial lifts,” you’re not alone. Even though scissor lifts and aerial lifts are often grouped together, they are completely different. And as far as OSHA is concerned, scissor lifts are not aerial lifts. There’s been confusion about the classification of scissor lifts and aerial lifts across many worksites in the United States. Now, let’s look at the scissor lift vs. aerial lift debate in detail. 

Scissor Lift vs. Aerial Lift: What’s the Difference?

There are few differences between an aerial lift and aerial scissor lift (and also a vertical scissor). That’s why so many people – aerial work platform (AWP) workers included – fail to recognize what makes each piece of equipment unique. 

OSHA defines an aerial lift as a machine used to lift workers. An aerial lift lets operators complete tasks at heights. In addition, the machine should only be used by an OSHA-approved operator. Otherwise, an unlicensed aerial lift operator risks operational or maintenance errors that can lead to accidents, injuries, and fatalities. 

A scissor lift is similar to a standard aerial lift. This type of lift can move workers and equipment vertically. As such, a scissor lift enables operators to safely access work areas that commonly require a ladder, tower, or scaffolding. 

It pays to know the similarities and differences between scissor and aerial lifts. Regardless of the type of lifts used across your business, your workers need OSHA-approved certification training, too. This training verifies that your employees know how to use different types of aerial lifts. It also confirms that your workers can do their part to identify scissor and aerial lift hazards and address them right away. 

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Teach Your Workers About Scissor and Aerial Lifts

If you have scissor or aerial lifts for your business, you need to teach your workers about these machines. This ensures your workers can operate any type of lift in accordance with OSHA standards

It is mandatory for your workers to hold valid certification if they use any type of aerial lift, at any jobsite, at any time. Failure to comply with this requirement can result in costly penalties for your business. If your workers lack sufficient training, they are unlikely to know how to properly operate and maintain a lift as well. This increases the risk of aerial lift accidents., the leader in AWP training, offers comprehensive training and OSHA certification for aerial lifts, aerial scissor lifts, boom lifts, vertical scissor lifts, and much more. Our training answers key questions surrounding the scissor lift vs. aerial lift debate, including: 

1. What Is an Aerial Lift? 

OSHA’s aerial lift definition is the same as the one from the American National Standards Institute (ANSI), which considers the following vehicle-mounted rotating and elevating platforms as aerial lifts:

  • – Vertical towers
  • – Aerial ladders
  • – Articulating boom platforms
  • – Any combination of the above

Aerial lifts, or boom lifts, are classified as vehicle-mounted devices used to elevate personnel. They can lift workers both vertically and horizontally to reach exterior building structures, windows, trees, and power lines. They can be articulated to reach up and over structures, as well as access the top of roller coasters. The difference between an aerial lift and a scissor lift is that scissor lifts can only extend horizontally, and do not have the same reach power. 

Think of aerial lifts as a more versatile elevated work platform. Aerial lifts, unlike aerial scissor lifts or vertical scissor lifts, are typically used outdoors. However, they’re also used in some indoor facilities, such as heavy equipment manufacturing centers. 

2. What Is a Scissor Lift

Scissor lifts do not fall within any of the above categories of aerial lifts, nor are there any OSHA provisions exclusive to scissor lifts. They do, however, meet the definition of a scaffold. Unfortunately, if you look at the general requirements for scaffolds (§1926.451), you won’t find scissor lifts mentioned. Anywhere on the page. Luckily, OSHA has made some improvements with their Scaffolding eTool. This page on the OSHA website makes it easier to understand what is a scissor lift and where it falls within the standards. It gives industry professionals some helpful background information on what makes a scissor lift, a scissor lift. 

According to OSHA, scissor lifts are “mobile supported scaffold work platforms used to safely move workers vertically and to different locations in a variety of industries including construction, retail, entertainment, and manufacturing.” Unlike aerial lifts, scissor lifts can only move vertically, directly above the base. It’s the recognizable criss-cross style beams that move the lift platform straight up and down. 

All scissor lifts are considered scaffolding, whether it’s a vertical scissor lift or aerial scissor lift. 

Additional differences between what is a scissor lift and an aerial lift are the use of fall protection. OSHA requires that operators use body harnesses and lanyards on aerial lifts at all times, but these personal protection tools aren’t requirements for scissor lifts. As long as there are functioning guardrails present, scissor lift operators don’t need to wear harnesses while on the platform. This applies to aerial scissor lifts and vertical scissor lifts. 

3. What Does OSHA Say About Aerial and Scissor Lifts

In September of 1999, a safety officer in Fredericktown, Ohio, wrote to OSHA with a simple question basically asking what is a scissor lift, and which OSHA standard covered scissor lifts with extendable platforms. The way OSHA responded to his letter may have you going around in circles, so just remember the stability triangle and you should be okay. Here goes. 

In 1997, OSHA issued Directive CPL 02-01-023, “Inspection procedures for Enforcing Subpart L, Scaffolds Used in Construction – 29 CFR 1926.450-454,” which, OSHA’s letter to the safety officer claims “erroneously stated that “scissor lifts are addressed by §1926.453,” which, just like the scaffolding document, makes no mention whatsoever of scissor lifts. That statement was then revoked by the very letter addressed to our man in Ohio, in which OSHA further declares that it is in the process of updating the 1997 Directive. The date of the letter was Aug. 1, 2000. 

In the words of Chandler Bing[1], “Could the OSHA regulations on scissor lifts be more confusing?” If understanding OSHA’s scissor lift rules were a prerequisite to getting certified, there could be a problem. 

Fortunately, CertifyMeOnline knows exactly how to train and certify scissor lift operators. Our training courses are for all AWP workers. If your employees need OSHA certification for any of the following work platforms, contact us today!

What Aerial Lift Certification Training Offers

Our training courses are for all AWP workers. We offer OSHA certification training for any of the following types of AWPs:

We at have made it our mission to understand all OSHA standards and regulations completely, and we want to share what we know with your team. Our scissor lift training program covers what is a scissor lift, how to operate the various types of scissor lifts, how to perform inspections, and how to recognize and avoid hazards. 

We cover all the necessary scissor lift topics to be 100% OSHA-compliant, including fall protection, stabilization, and positioning for scissor lifts. To ensure students retain the information they learn, our program is self-paced and can be reviewed at any time. However, it typically takes trainees only about one hour to complete. And once they’ve worked through all the modules and have passed all quizzes and tests, students can print their operator certification card. 

OSHA compliance is paramount. It’s illegal to have anyone operate a scissor lift or aerial lift without proper training. With, we’ll take care of all your training needs. Plus, with refresher training, affordable prices and lifetime support, you’ll enjoy an OSHA compliance partner for life! 

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Get Your Workers OSHA-Certified

Scissor lifts and aerial lifts can benefit businesses of all sizes and across many industries. Yet, there may be times when a scissor lift is a better choice than a standard aerial lift, or vice versa.  

Don’t be confused by scissor lifts and aerial lifts anymore. Your workers can learn from the number one online scissor lift training provider,, and become scissor lift and aerial lift experts. 

Check out our certification training options today. To learn more or enroll your workers in our certification training, contact us online or call us at 1-888-699-4800.

What Is OSHA, and What Does It Do?

what is oshaOSHA is a federal agency committed to fostering safe work environments across the United States. To better understand OSHA, let’s answer some of the key questions surrounding the agency.

What Is OSHA, and Why Is It Important?

Somewhere, at this very moment, someone in the United States is violating a safety procedure. It could be something minor, such as not wearing gloves during one final warehouse task. But, it could also be a significant safety mistake — for example, something like driving a forklift with bald tires.

Whenever workplace safety rules are ignored, the possibility exists for on-the-job accidents that can lead to property and personal damage, including severe injuries and even death. OSHA, the U.S. government’s regulatory body for determining workplace safety violations, is responsible for making sure that companies have their own safety plans in place to prevent these potential accidents and tragedies.

What Does OSHA Stand for?

OSHA stands for the Occupational Safety and Health Administration. Today, OSHA is led by Acting Assistant Secretary of Labor Loren Sweatt. It is part of the U.S. Department of Labor (USDL) and was officially created on Dec. 29, 1970 when President Richard Nixon signed the Occupational Safety and Health Act into law.

Under the Occupational Safety and Health Act, OSHA has a broad range of power in regards to workplace health and safety laws. The agency covers most private sector employers and their workers, along with various public sector employers and workers.

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What Is OSHA Doing to Improve Workplace Safety? 

OSHA has maintained an ongoing commitment to improve workplace safety at companies nationwide. Initially, OSHA was allowed to create regulations based on guidelines established by industry standards organizations. It has capitalized on its abililty to offer best practices, recommendations, and insights to help companies safeguard employees against industry-specific workplace hazards. 

Meanwhile, OSHA has been a key contributor to addressing workplace safety issues. Some of the agency’s aerial lift safety announcements over the past few years include:

2015 Requiring businesses to report work fatalities within eight hours and hospitalizations within 24 hours. 

2018 Requiring businesses to digitize information relating to on-the-job accidents, injuries, and illnesses. 

2019 Requiring businesses to take additional measures to protect sensitive employee data stored on computers, smartphones, and tablets. These measures were designed to safeguard worker data against cyberattacks. 

OSHA has offered resources to help U.S. businesses keep workers safe during the coronavirus (COVID-19) pandemic as well. Instructions that OSHA provided to businesses during the pandemic have included:

  • – Verify that any employees who display symptoms of COVID-19 stay home and get tested. If these workers are diagnosed with COVID-19, they should quarantine from others until they fully recover. And anyone who came into contact with infected workers should undergo testing as well. 
  • – Require employees to wear a face mask that covers the nose and mouth at all times. 
  • – Use floor markers and posters to promote social distancing at worksites. 
  • – Encourage employees to wash their hands with soap and water as often as possible throughout the work day. 
  • – Clean worksites frequently. 

OSHA works closely with industry organizations to develop and implement workplace safety guidelines. It recognizes businesses that do their part to promote workplace safety. And OSHA also penalizes businesses that violate its workplace safety requirements.

To date, OSHA has helped many U.S. businesses maintain safe and productive worksites. It continues to seek out ways to optimize workplace safety at companies of all sizes and across all industries. 

What Is the Purpose of OSHA?

In addition to understanding what is OSHA, it is paramount to recognize the agency’s purpose. 

OSHA’s mission is to “assure safe and healthful working conditions for working men and women by setting and enforcing standards and by providing training, outreach, education and assistance.” To accomplish this goal, OSHA supports private and public sector employers and workers in several areas, including:

Training and Certification

OSHA creates standards that require employers to teach workers how to safely perform daily tasks in a variety of industries.

Employer Assistance

OSHA is available to explain how employers can comply with safety mandates and keep their workers safe against on-the-job accidents, injuries, and fatalities.

Information for Workers

OSHA encourages workers to reach out to report unsafe work conditions; in the event that an employer ignores workers’ complaints about an unsafe work environment, OSHA can inspect a workplace and evaluate and address dangerous work practices.

Does My Business Need to Comply with OSHA Requirements?

U.S. businesses must comply with OSHA requirements. Failure to do so may result in OSHA penalties and fines, along with workplace accidents, injuries, and fatalities. Furthermore, OSHA penalties and fines may damage a business’ reputation, cause revenue losses, and make it difficult for a company to retain employees and customers.

Is OSHA Effective?

OSHA is effective as a workplace safety regulatory agency, but it can only do so much. Instead, employers must take action to ensure their workers understand best practices to maintain safe, productive workplaces.

Employers should follow OSHA guidelines and stay up to date on them. They can also provide workers with OSHA-approved training to help employees minimize risk day after day.

How Can My Business Comply with OSHA Requirements?

Employers should be proactive, particularly when it comes to workplace safety. By reaching out to OSHA and learning about its safety guidelines, any business can implement measures to limit risk and comply with federal guidelines.

Additionally, offers safety training courses for businesses that want to ensure their aerial lift workers comply with OSHA mandates. Our courses are intended for workers of all experience levels and make it simple to quickly become a certified aerial lift operator.

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Select CMO for OSHA-Compliant Aerial Lift Certification

Your business may have questions about what is OSHA and what the agency is all about. Fortunately, help is available to ensure your company and its employees operate in accordance with OSHA standards.  

For instance, CMO offers OSHA-approved aerial lift certification training. We ensure companies across the United States can provide their employees with seamless access to our online certification training courses. Thus, your workers can use our courses on their smartphones, tablets, and computers. They can then earn their OSHA aerial lift certification at their convenience. 

We are happy to provide additional details about our aerial lift certification safety training courses. To learn more or to sign up for one of our courses, please contact us online or call us today at (602) 277-0615.

7 Most Common Aerial Lift Safety Hazards

set up a coned off work area to prevent aerial lift accidentsOSHA states that the top hazards associated with aerial lifts are electrocutions, falls from elevations, tip-overs, collapses, being struck by falling objects, ejections from an aerial lift platform, entanglement, and contact with ceilings, power lines, and other objects. These hazards can put workers at risks of accidents, injuries, and fatalities. Yet, with OSHA-approved aerial lift certification training, workers can limit the risk that any of these hazards can cause such issues to occur. 

If your business employs construction workers who operate aerial lifts or are consistently around them, it is essential for them to complete an OSHA-approved aerial lift certification course and learn about the hazards that cause injuries and deaths every year. Enroll your workers in aerial lift safety training, and they’ll be properly prepared to recognize and avoid common hazards associated with aerial lifts.

Common Aerial Lift Hazards

Aerial and boom lift hazards can be problematic at worksites of all sizes. Regardless of a worker’s job title, it helps to be aware of the following hazards that can affect operators of boom lifts and other types of aerial lifts.

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Aerial Lift Hazard #1: Electrocutions 

According to a study regarding the top causes of deaths from aerial lifts between 1992-1999, nearly 50% of all fatalities were from electrocutions. In 2017, two of the top 10 OSHA violations involved hazards related to electricity: improper lockout/tagout procedures and electrical wiring methods. Since approximately 20% of the most common OSHA violations are in this area, you should be aware of all aerial lift hazards that could result in electrocutions. Many aerial lift operators are involved in overhead line work, and the risk of being electrocuted by live power lines and cables is a great one for these workers. In order to protect your life and prevent getting seriously injured or killed on the job, follow these tips provided by OSHA: 

  • – Always wear fall protection equipment and never belt off to a pole or structure other than the lift’s attachment points.
  • – Do not position the lift between overhead power lines if possible.
  • – Treat all overhead power lines and communication cables as live, and remain at least ten feet away from them at all times.
  • – Be sure to have workers de-energize power lines that are in the work zone before beginning tasks, and wear protective gear like insulated hard hats, gloves, boots, and clothing.

Keep in mind that boom lifts are insulated to prevent electrical shock as well. Regardless, aerial lift operators must do what’s necessary to minimize their risk of electrocution. 

Aerial Lift Hazard #2: Falls from Heights 

falls from heights is a type of aerial lift hazard

Aerial lifts are incredibly large pieces of equipment and falls are easy accidents when the proper preventative steps aren’t carried out. To prevent falls from aerial lifts, workers need to assess their surroundings and make sure there are no objects, other vehicles, or workers nearby that may strike or come in contact with the lift. OSHA requires that all aerial lift workers wear adequate fall protection equipment that includes full-body harnesses and lanyards attached to the lift or basket. Additionally, workers need to do the following: 

  • – Ensure all access gates or openings are closed when inside the lift basket or platform
  • – Stand firmly on the floor of the bucket or platform
  • – Never climb on or lean on the guardrails
  • – Never use ladders or planks in working position while in the aerial lift bucket or platform
  • – Never tie off to structures or poles while in the bucket
  • – Always adhere to your company’s personal protective equipment (PPE) policies. This includes the proper use of safety harnesses, fall protection equipment, and other devices designed to protect you from falls from heights. 

Some aerial lifts and boom lifts pose serious hazards, simply because they’re so high. If you’re unsure about your specific role and have questions about aerial lift hazards, always keep an open line of communication with your boss, site supervisor, or safety coordinator.

Aerial Lift Hazard #3: Tip-Overs/Collapses 

Tip-overs and collapses of the aerial lift are caused by improper traveling and handling of the lift. Sometimes they are caused by inadequate pre-start vehicle and mechanical inspections. Tip-overs can result from: 

  • – An exceeded load capacity
  • – Carrying too large of objects
  • – Driving the lift with the platform raised
  • – Exceeding the vertical and horizontal height limits
  • – Operating the lift in severe weather conditions

Collapses may occur due to mechanical failures and can be prevented by workers completing thorough pre-operation inspections of the vehicle and lift to ensure all controls are working properly. To prevent tips overs and collapses, workers should not exceed manufacturer’s load capacity limits, never travel to a job site with the lift raised, never drive near holes or drop-offs, and never raise the platform on uneven or unstable surfaces, on sloped ground, or in windy weather. 

A widely cited study once illustrated the importance of measures to avoid tip-overs. In this case, a Montana aerial lift worker was killed when his equipment fell over on its side. Despite the potential for numerous violations, OSHA only imposed one on the company, which was failure to report the accident within eight hours. The bottom line: aerial lift safety is a responsibility everyone shares. Employers, employees, and all personnel involved with workplace safety play a role. Aerial lift hazards – including tip-overs – are waiting to happen. It’s up to alert, properly trained employees to take the steps necessary to avoid injuries and fatalities in the first place. 

Aerial Lift Hazard #4: Objects Falling from Lifts 

In addition to the operators being at risk, workers on the ground are also at risk if any of these hazards take place. Most often, on-foot workers are injured or killed by objects falling from the aerial lift bucket or platform. It is often caused by lifts carrying objects that are larger than the platform, carrying unstable objects, workers not making sure all openings on the bucket or platform are closed, and coming into contact with a fixed object like a sign that causes objects on the lift to come loose and fall. If possible, aerial lift operators should avoid positioning the lift underneath overhead objects, and workers on the ground should be aware of their surroundings and avoid working underneath or in close proximity to the lift when it is raised. 

Aerial Lift Hazard #5: Ejections from Lift Platform 

Ejections from an aerial lift occur when a lift comes into contact with another object like a sign or moving vehicle next to a highway, or from inadequate stability assurance. Before operating an aerial lift, workers need to ensure: 

  • – Outriggers are set on pads or on a level surface on solid ground
  • – Brakes are set when outriggers are used
  • – Wheel chocks are used on sloped surfaces when it is safe to do so
  • – Work zone warnings are set up

An ejection from an aerial lift can occur at any time. However, aerial lift operators who plan accordingly can prevent ejections. 

Aerial Lift Hazard #6: Entanglement

Ropes can be tangled up when raising or lowering an aerial lift platform. If entanglement occurs, an operator can get caught up in these ropes. This can put the operator at risk of a serious injury or fatality. 

Aerial Lift Hazard #7: Contact with Objects 

Warehouse aerial lift operators can inadvertently come into contact with a ceiling if they are not careful. Meanwhile, aerial lift operators who work near power lines can engage with them, which can result in electrocution. There are also instances when an aerial lift operator does not steer or drive the machine properly. And in these instances, they may strike a building or car. Worst of all, an aerial lift operator may strike a bystander or coworker. 

How to Guard Against Common Aerial Lift Safety Hazards

There are many things that aerial lift operators can do to protect against common safety hazards. These include:

  • Conduct a pre-operation inspection. Evaluate an aerial lift before putting it into use. This requires an operator to ​​verify that all of the lift controls are functioning correctly. An inspection should be performed before using a lift, every time. If any issues are identified, they must be addressed immediately. 
  • ✓ Operate a lift with precision and care. When controlling and moving an aerial lift, operators must be aware of their surroundings and ensure they have clear visibility of everything on all sides of them, especially when working near a highway. 
  • ✓ Wear PPE. In all cases, aerial lift operators must always wear adequate fall protection equipment to prevent them from falling from the lift. This involves wearing a full-body harness with a lanyard that is attached to the bucket or platform. 
  • ✓ Assess the worksite. Keep an eye out for unstable surfaces. Because, placing an aerial lift on any of these surfaces can increase the risk of a tip-over. Also, if there is heavy wind or other inclement weather conditions, ensure that workers do not use an aerial lift until the conditions improve. 

Don’t forget to provide your workers with aerial lift certification training, too. With this training, your employees will know how to identify common aerial lift hazards before they can lead to accidents. 

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Protect Your Workers Against Aerial Lift Safety Hazards

Many of the most common aerial lift hazards – falls from heights, tip-overs, and ejections from lift platforms, just to name a few – are directly related to one of the most widely-cited OSHA violations: fall protection training requirements. By providing your workers with OSHA-approved training, you can protect them against falls and other on-the-job dangers. provides everyone involved with aerial lift and scissor lift operation with a solid base of knowledge in all aspects related to safe, efficient aerial lift operation. We provide training that addresses some of the most common aerial lift hazards. And our training can help workers in a wide variety of job descriptions and roles, including: 

  • – Maintenance
  • – Large machinery repair/refurbishment
  • – Window cleaning/glazing
  • – General construction work
  • – Painting
  • – And many more

In order for any pieces of safety equipment to be useful at preventing these aerial lift accidents, workers need to complete comprehensive aerial lift training to fully prepare them for avoiding these hazards and protecting everyone’s life on a work site. Check out for aerial lift training that teaches everything you need to know about these dangers. 

If you’d like to learn more about aerial lift hazard safety training, please call our OSHA training experts today at (602) 277-0615 or get started today. We look forward to helping you and your company become OSHA-compliant – and thanks for stopping by the CMO blog. 

What is a Boom Truck?

boom truckBoom trucks are most often used on construction sites to move heavy items, such as concrete blocks, loads of boards, and other equipment. Any operator driving a boom truck must be certified to do so.

For many years, boom trucks, lifts, and cranes have been used to lift and lower heavy loads and reach otherwise inaccessible heights. Dating back to ancient Greece, lifting mechanisms and crane-like structures have helped people build multi-story buildings and amazing structures. One example is the Colosseum, which still stands today.

A boom lift or truck used in construction offers many advantages. Boom trucks, lifts, and cranes may be used to lift and lower heavy loads. Plus, they can help workers reach otherwise inaccessible heights.

The size of boom trucks varies in terms of boom and lifting capacity. For instance, some boom trucks are available that have a 60-ft. boom and offer a 14-ton capacity. Other boom trucks provide 142-ft. boom and 40-ton capacity.

With boom trucks, there is an inverse relationship between boom and lifting capacity; the further the boom extends, the lower the lifting capacity. Thus, it is important to consider a boom truck’s boom and lifting capacity before you use a truck at a jobsite. All boom truck operators should also receive the necessary training to verify that they can safely use a truck.

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What Is a Boom Truck Used for?

Boom trucks and cranes may be used for similar tasks, such as lifting, hoisting, and elevating workers. Yet, many people wonder how safe it is to combine the two.

Although boom lifts and cranes may seem to be exactly the same, there are many differences between them. If you are uncertain about whether you need a boom truck or crane, you need to learn about the similarities and differences between the two. That way, you can find the right equipment to safely and efficiently perform your work task.

Which Boom Truck Is Right for You?

There are many factors to consider to identify the right boom truck for a jobsite, including:

✓ Height: Determine how far the boom must be able to extend based on the work that must be performed.

✓ Lift Capacity: Identify how much weight the truck must be able to handle.

✓ Load Distance from Truck: Figure out how much distance loads will need to be placed from the truck.

Evaluating a variety of boom trucks can be beneficial, as this allows you to determine which truck is the ideal choice for your worksite. Regardless of which boom truck you select, it is paramount that boom truck operators receive the proper certification, too.

How Are Boom Lifts and Cranes Similar?

Boom lifts and cranes are both used to perform industrial tasks across a variety of areas, including:

– Construction


– Painting

– Electrical powerline work

– Window glazing

– Oil and gas

– Commercial roofing

– UtilitiesMunicipal projects

– Coil tubing

Clearly, there are some similarities between boom lifts and cranes. Beyond the function and design of boom lifts and cranes, however, the similarities end.

What Is a Boom Lift?

Boom lifts are used for lifting workers and their equipment to worksites at heights. They are used to help build and maintain structures, in addition to power line work, window washing, and tree care.

A boom lift may be used at construction sites, maintenance sites, and in both rural and urban areas for reaching power lines. If a height is unsafe for reaching with a ladder, a boom lift may be used as a substitute.

Boom lifts are used for many types of jobs, including any situation that requires safe and stable elevation of workers and materials. Some boom lifts can even extend hundreds of feet into the air.

Also, boom lifts are classified as vehicle-mounted devices used to lift people. The base of the boom lift rests on wheels or stabilizing “feet.” Workers are lifted and lowered while standing on a bucket platform attached to the boom lift’s arm. This is the base mechanism that allows this type of aerial lift to be used in construction and a variety of other industries.

What Is a Boom Crane?

Boom cranes don’t have a bucket platform for holding workers, and they are used exclusively for lifting and moving extremely heavy loads. Unlike a boom lift, boom cranes use a series of chains, cables, pulleys, and concrete blocks to lift a crane arm and counteract its weight.

A boom crane is often used to lift and move building materials and heavy equipment like trucks and forklifts at construction sites. Specialty boom crane models can be used to move trains as well.

In addition, boom cranes are used to lift materials, equipment, and other objects. But unlike boom lifts, boom cranes are never used to move workers.

Can You Use a Boom Lift as a Crane?

Boom lifts and cranes are made for different jobs, and therefore, not designed to perform the same tasks.

A boom lift does not have the same lifting and moving power as a crane, and a crane is unable to accommodate workers. When looking at a boom lift or crane, a boom lift can be overloaded and damaged when used as a crane, potentially causing injuries or fatalities.

OSHA guidelines prohibit the use of boom lifts for cranes, and vice versa. So, when you use boom lifts, cranes, or other industrial equipment, consider the equipment’s purpose. Then, you can use the equipment for its intended purpose.

How to Drive a Boom Truck

A boom truck has multiple controls with separate shifters to manage the speed, height, and direction of the arm of the truck. These controls are located on the base of the equipment. The operator has the ability to control vertical and lateral movement as well as rotational direction of the boom truck. If you want to lean how to drive a boom truck, you need to receive the correct training and become certified. Boom trucks are dangerous equipment that can cause harm to you and others around you while placing the employer at risk for fines from OSHA.

Boom Truck Operator Certification Needs

OSHA has standards in place for safe use of boom lifts and cranes. According to OSHA, workers need to be trained to operate boom lifts and aerial lifts. Boom lift and crane safety training must cover how to avoid myriad hazards, such as:

✓ Falls

 Falling objects

✓ Ejections

✓ Electrocutions

✓ Structural failures

✓ Entanglement

Workers can receive training with an online certification course, which is provided by They also need to pass a hands-on certification test, which is conducted by a certified trainer. You can train an employee to be a trainer with the Train the Trainer course from CertifyMe.

san diego aerial lift certification

Consequences of Not Certifying Employees to Drive Boom Trucks

If your business does not comply with OSHA’s boom lift and crane safety standards, it exposes operators to workplace safety risks. Your business could face fines and penalties if OSHA discovers that you are knowingly violating its standards. Furthermore, there is a risk that on-the-job accidents, injuries, or fatalities could occur due to your business’ inability to comply with OSHA requirements.

If you plan to use a boom lift or crane, invest in boom lift training to learn how to use your equipment safely. With this training, you can provide your workers with the insights they need to operate a boom lift or crane without putting themselves or others in danger.

Companies are audited by OSHA and fined for not having boom truck operators certified. A survey conducted by CertifyMe showed that out of 100 participants, 85 had been fined by OSHA and of those, 57 were for more than $100,000.