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Volvo's dedicated high-reach machines are based on existing models with some added features to make them suitable for high-reach demolition, including heavier and wider undercarriage and factory-fitted guarding. Image source: Volvo CE

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Most excavator manufacturers offer a choice of boom and arm configurations to tailor excavators for specific applications. Most often these include a short, standard and long arm. Each of these has its respective benefits and drawbacks.

Consider the shorter or mass excavation arms. 'That shorter boom and arm allows additional lift capacity because you are working closer to the machine and allowing quicker loading of the truck,' says Aaron Kleingartner, marketing manager, Doosan Infracore North America, LLC. The longer arm is for contractors who need a little extra reach vs. the standard arm for dig depth or truck loading.

In addition to standard configurations, many manufacturers offer dedicated super long-reach packages that can reach 60-plus ft. and dedicated high-reach excavators that can extend up to 160 ft. Super long-reach excavators are intended to reach horizontally while high-reach excavators extend vertically.

Whenever you put longer booms or arms on a machine, there are trade-offs to consider. 'The biggest is machine balance,' says Kleingartner. The center of gravity is moved further from the center of the machine. 'By physics, that means you have a lower lift capacity the further that you go out from the machine.'

The same principal applies to attachments. 'The longer the front, typically the smaller the attachment allowed,' says Andrew Earing, product manager, Komatsu. 'Over the side stability becomes a trade-off that customers have to analyze and understand. Then there is the overall weight as it pertains to the transportability.'

When it comes to the carrier, a long boom and arm doesn't necessarily translate to greater forces on the machine itself. Despite the extended reach, long-reach and high-reach booms and arms typically exert similar forces on the excavator body as standard booms and arms. 'As you extend reach, your bucket sizes go down,' says Kurt Moncini, senior product manager, Komatsu. 'You are trading reach for capacity. The actual load on the machine stays about the same.'

Reach for the Sky

The high-reach excavator allows precise, 'surgical' demolition of tall structures. On some of the newer high-reach excavators, the cabs tilt backward at an angle so the operator can work without having to strain his/her neck trying to look upwards. Some of the higher reach excavators are equipped with a camera at the arm tip to provide close-up visibility of the work through an in-cab display screen. Some models also have a water line with a mist sprayer at the end to minimize dust emissions when used with shears and concrete pulverizers to comply with EPA dust emissions regulations.

For demolition applications, Volvo Construction Equipment recommends using a dedicated high-reach demolition excavator vs. a model with a longer boom and arm. 'If you have a third-party boom added to a standard excavator, you're now dealing with two companies when it comes to repairs, warranties and other issues,' says Walt Reeves, national sales director, demolition, Volvo CE. 'Also consider the performance advantages of a machine that is designed to do high-reach demolition work.'

Dedicated high-reach excavators have built-in performance-enhancing features. 'No. 1 is going to be a wide undercarriage ' what we call a square footprint,' says Earing. This maximizes machine stability. Next is the tilting cab. 'When you are up 50 to 70 ft. or more, you really need to bring that cab back and allow that operator a comfortable position.' Third is quick-attach booms or quick-attach work equipment that simplifies breaking down the machine for transport. 'The fourth would be additional hydraulic circuits. When working with attachments that rotate and/or three-piece high-reach booms, up to three or four additional hydraulic circuits and a case drain may be required.'

Safety features on a dedicated high-reach machine set it apart from a long front machine.  'Our high-reach machine has built-in safety features and alarms that warn operators if they are working the machine unsafely,' says Marcus Barnes, product specialist, Liebherr USA, Co. 'The high-reach attachment's movements are shown on a separate screen, so the operator knows its position at all times. Sensors on the high-reach attachment also monitor machine movements.'

These safety features are not on a long-reach attachment. 'Also, high-reach machines have bigger hoist cylinders on the working attachments, enabling them to pick the high-reach attachment off the ground and hold a heavy tool in the air,' Barnes points out.

The trick with high-reach excavators is to choose a boom configuration that will achieve your most demanding jobs, yet offers versatility. Consider a high-rise building. 'The structure may have lighter steel at the top, so you would prioritize maximum pin height over tool weight,' says Reeves. 'The strongest material is often at the bottom of the structure. So in that situation, you wouldn't need as much height, but you would need a boom configuration that can support a heavier tool.' For example, the Volvo EC750E HR has two high-reach demolition boom sets and one digging boom set with an extension.

Volvo's dedicated high-reach machines are based on existing models with some added features to make them suitable for high-reach demolition. 'For instance, the EC750E HR high-reach excavator is based on our popular EC750E crawler excavator, but has been re-engineered for high-reach deconstruction purposes with a heavier and wider undercarriage and factory-fitted guarding. Other features you see on dedicated Volvo high-reach machines that differ from standard excavators include larger boom cylinders, extra counterweight, hydraulically extendable tracks, tilting cabs and dust suppression systems,' says Reeves.

High-reach Requires Skilled Operators

Make sure you only allow the most competent operators to run high-reach excavators.

'High reaches are more susceptible to tipping over for a non-experienced operator. With these machines, you are handling heavy tools from 70 to 130 ft. in the air trying to take down a structure,' says Barnes. 'You have to have an experienced operator who understands the science behind how to deconstruct a structure and how to do it safely so that the structure won't fall on them.

'Most dedicated high-reach machines come with some kind of safety system to help prevent the operator from tipping over a machine,' he adds. 'You don't see those kind of systems on a long front.'

Reeves recommends using an operator who is trained and experienced in working overhead. 'Regular excavator operators are used to looking down into a hole, whereas high-reach operators are looking into the sky. This is a big adjustment ' with clouds blowing by, they may have to overcome vertigo,' he explains. 'For this reason, some of the best high-reach operators were previous crane operators. It also takes practice to work with the different types and sizes of demolition attachments that a typical excavator operator doesn't generally have experience with. Volvo offers specialty training simulators to teach high-reach operation, and we definitely recommend that type of experience.'

There is more to running a high-reach demolition machine than simply being proficient at machine operation. 'When you are doing demolition, it is very important for an operator to know and understand how that building is potentially going to come down,' says Earing. 'They have to understand the physics.'

Work at a Distance

'Long-reach excavators are about maximizing the working range to do the work in the most safe and efficient manner,' says Brian Stellbrink, product application specialist, Caterpillar. 'There are certainly trade-offs and limitations associated with extending the working range of a hydraulic excavator. Perhaps the most significant consideration is the bucket capacity and resulting production level one can expect. For example, with our mid-size super long-reach excavators, we are talking about nearly doubling the maximum reach to 60 ft. as compared to conventional fronts. This will obviously reduce the bucket capacity in order to maintain stability and structural durability when working at those long distances.

'Longer boom and stick configurations can also reduce breakout force and cycle time, resulting in less production capability,' he continues. 'Therefore, it is important for the contractor to only select and utilize the longer reach configurations when needing to maximize the working range well beyond the more conventional configurations.'

Machine stability is a major consideration with long front machines. 'Due to machine stability, super long front will limit size and weight of the attachment,' says Sung Sook Kim, product manager, excavators, Volvo CE. 'For example, a 22-ton size long front can use a 14-ton class bucket or attachment.'

The performance trade-offs limit super long front packages to niche applications. 'You usually see medium-sized arm and boom combinations in most contractor fleets of equipment because the work for long front excavators can be few and far between if it's not part of their primary business,' notes Barnes.

Unlike high-reach excavators, super long front machines don't require specialized operator skills. 'Similar to a more conventional excavator, super long-reach excavators are relatively simple and easy to operate,' says Stellbrink. 'We develop these machines to be an extension of the more conventional machine, resulting in a similar operator interface and feel. A key difference is obviously the proximity to the work tool and the range the fronts move through as the machine works. This is different and takes some getting used to for the operator.'

'[With] a super long reach, for the most part you are still digging and still using that same type of motion with your hands to operate,' says Kleingartner. 'There are no special skills other than you have to be much more aware of a larger area of influence just because you have a greater reach with the machine.'

Conversions Become a Balancing Act

Contractors usually have varying needs on the jobsite. 'This may result in the desire to use a super long-reach configured machine in a more conventional digging application that does not require the extended digging range,' says Stellbrink. 'This is typically not optimum in terms of performance and efficiency. While this can be done for shorter durations, the contractor should really consider either a second conventional standard-reach excavator or switching out the entire front parts.'

Caterpillar offers a number of purpose-built super long-reach excavators from 55,000 to 215,000 lbs. with reach from 47 to 77 ft. These purpose-built machines incorporate a heavier counterweight and special boom, stick and bucket linkage. The hydraulic system is also modified to optimize performance of the longer fronts.

'While the Caterpillar Super Long Reach excavators are purpose built, they do share significant commonality with the more conventional-reach excavator,' says Stellbrink. 'We do currently have contractors with two sets of fronts for a single machine. In these cases, changing the fronts typically happens after many months, different projects or after large phases rather than shorter durations.'

The labor involved to switch booms and arms needs to be carefully considered. 'Once the user purchases a machine, you can switch out a boom and arm, but you are really limited because it isn't an easy process,' says Kleingartner. 'Once a machine is in the field, it is kind of set in its configuration.'

Turning a standard excavator into a super long reach machine can be even trickier. 'If you are converting one of your existing excavators, you do need to take into account the amount of additional counterweight you will need to offset the longer attachment,' says Barnes. 'You will also need to see if you will need bigger hoist cylinders to be able to lift the longer attachment.

'When you start getting into attachments with about 65 ft. of reach or more, you may also want to verify your current undercarriage will be able to handle that amount of reach,' he adds. 'A wider undercarriage will give more lift capacity over the side and make the machine feel more stable.'

Komatsu offers super long front packages for its 210 through 490 models. 'We have put heavier counterweight on it, reinforced the frames,' says Moncini. If choosing to add a super long front to a standard machine, you need to make sure it is up to the task. 'Make sure the manufacturer has taken the time and attention to detail on basically coming up with a package designed for Super Long Fronts rather than simply taking a standard machine and putting the long front on it.'

Converting high-reach excavators to/from a standard configuration is also possible. Volvo offers a unique modular boom concept with its high-reach excavators. 'Our high-reach excavator is a modular boom concept. Because of the convertible boom, a standard excavator can become a high reach pretty quickly,' says Reeves.

Doosan does not offer a dedicated high-reach machine. 'We can provide a machine to a user without the boom and the arm on the front of it, which comes as just a base machine and then they can install a third-party high-reach boom,' says Kleingartner. However, the company does offers a factory Super Long Reach package on three of its models. 'Those are only available on select Doosan machines. If [the customer has] a need for a boom/arm configuration that we don't offer, they can order a machine without the boom and arm from us directly and go to a third-party provider that produces specialty applications and can configure a machine. We work with those suppliers to make sure that the customer gets what they need.'

Rental also needs to be carefully considered for occasional use applications. 'Most of our dealers have these Super Long Front machines in their dealer fleet because it is so much more efficient for a contractor to rent a machine for a month or two months,' says Moncini.  

The construction, building and mining industries rely on excavators for heavy-duty applications, including digging and hauling materials. Excavators provide an excellent way to increase productivity and efficiency at your job site while reducing operating costs.

The right excavators will have enough power and strength to meet the needs of your applications while operating at maximum efficiency. In this guide, you'll learn about the different types of excavators, excavator weight classes and different excavator sizes.

Excavator Types

You have many flexible options for excavation models and equipment types to meet the needs of your applications. Different types of excavators or diggers are better suited to heavy-duty jobs, while others are ideal for less intensive tasks. Some of the most common excavation equipment types and their uses include:

1. Standard Excavators

Standard excavators, also known as crawler excavators, use a boom, stick and bucket arm attachment at the front of the equipment. These excavators are designed to handle the bulk of the work and are often used in heavy-duty construction, mining, farming, landscaping and other industries.

The bucket arm attachment extends to dig through soil or other materials and retracts to lift materials. The cab is capable of rotating 360 degrees, making it easier to dig and dump different materials. These excavators use rotating tracks to provide traction and stability, which allows them to navigate steep slopes or rugged terrain. Standard excavators also have tracks that exert less ground pressure, making them a popular option for various jobs.

You can choose from different excavator sizes to suit your applications, whether you need a machine that can fit into higher spaces or something that works in heavy-duty situations. You can also choose from different bucket sizes to help you complete other tasks at your worksite, such as moving debris or materials, demolition, trenching and hauling.

2. Wheeled Excavators

While standard excavators run on tracks, these excavators run on wheels. Wheeled excavators have the same capabilities, size options and general appearance as standard excavators.

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Their wheels allow them to maneuver on tough terrains, including asphalt, concrete and uneven soil. Wheels have a higher ground pressure that reduces their traction, so they're not suited for slopped or hilly terrain applications. Instead, these excavators are used more often for urban construction or roadwork.

You can generally drive wheeled excavators from one job site to the next without needing a trailer, saving time and money. Wheeled excavators work best on flat worksites and can improve speed and maneuverability when digging and transporting materials.

3. Long-Reach Excavators

Long-reach excavators are similar to standard excavators but use an extended arm and boom. These excavators are best suited to jobs with areas that are hard to reach, as they can have a working range of up to 100 feet. Long-reach excavators are often used during challenging and tight excavation or demolition jobs.

4. Dragline Excavators

Dragline excavators are heavy-duty equipment best suited to large applications such as harbor construction, canal dredging and strip mining. These excavators are larger than standard excavators and are often assembled on-site.

Dragline excavators use a bucket system that drags along the surface with chains and wire rope. The bucket is attached to the boom and is hoisted after excavation. The excavator rotates to the dump location and releases the bucket to dump the excavated materials.

5. Backhoe Excavators

Backhoe excavators are often confused with crawler excavators. Backhoe loaders have the boom attached to the back of the equipment rather than the front. The front of the backhoe excavator features a bucket and blade that pushes, levels and moves materials. Backhoes can also only rotate 200 degrees instead of a total of 360.

Despite their limited rotation, choosing a backhoe loader with excavator attachments has some benefits. Backhoe excavators are more versatile and can simultaneously accomplish digging tasks and soil leveling and grading. These machines can also quickly move larger quantities of materials and can be paired with work tool attachments to increase their versatility.

6. Hydraulic Shovels

Hydraulic shovels are suited for heavy-duty tasks within the mining industry but can also work for hydro excavation and intense singing processes. These machines feature powerful lifting arms and a large bucket for carrying soil, minerals, rocks and other heavy materials. There are different orientations for hydraulic shovels, including the bucket facing the machine's cab or a bucket facing away from the cab, based on the needs of your operators and applications.

7. Suction Excavators

Suction or vacuum excavators can help loosen soil and remove it from your worksite, which makes them ideal for excavation and trenching jobs. These excavators utilize water pressure to loosen soil and use a suction pipe for removal. Suction excavators suit applications requiring delicate, precise soil extraction without risking damage to any surrounding ground or underground components.

Excavator Work Tool Attachments

Standard excavators are versatile machines on their own, but work tools and attachments can extend these capabilities even further. If you are looking for an excavator that can do it all, look for one that supports a variety of work tools. Here are a few popular excavator work tool attachments to increase the productivity of your excavator.

• Buckets: Buckets are the most standard excavator attachment, but not all buckets are equal. You can choose from slim buckets that come equipped with teeth that are suited for trenching or digging, or wide buckets for lifting and scooping.
• Thumbs: Adding a thumb attachment to your excavator can increase its bucket capacity and extend its material handling capabilities. Thumbs help secure the materials you are excavating and allow your excavator to grip larger pieces.
• Augers: Auger attachments use a spiral blade that makes it easier to dig holes and trenches quickly and efficiently. Auger attachments can dig consistent holes for fence posts, foliage or building supports in landscaping and construction.
• Hammers: Excavator hammer attachments can expedite demolition when breaking pavement or other hard surfaces.
• Rippers: Rippers are another excellent attachment for tearing through tough materials. These durable tools can break up frozen ground or demolish structures.
• Couplers: Couplers allow you to switch between work tools quickly without needing a crew when working with various attachments. Couplers can help maximize the versatility of your excavator and boost your team's productivity.

Adding work tool attachments to your excavator enables you to tackle various tasks with a single machine.

Excavator Size Classes

Excavators come in various sizes to suit every project, from backyard landscaping to large-scale commercial construction. Understanding the benefits and challenges of different sizes of excavators can help you make an informed decision about the right size excavator for your job. There are three primary excavator size classes according to the machine's weight which can you can find in the following excavator size chart.

1. Mini Excavators

Mini or compact excavators include any excavating equipment weighing less than 7 metric tons. These excavators are best suited for tight job sites where standard-sized excavators can't fit or maneuver properly.

You can use mini excavators for small landscaping jobs that require creating trenches for infrastructure or digging holes for trees. Operators can use mini excavators around structures because they have zero or near-zero tail swings. Additionally, mini excavators are more precise than larger alternatives, making them suited to jobs where you need to install underground pipes or gas lines.

Mini excavators are easier to transport than standard or large excavators. These machines also require less fuel, which helps reduce operational costs. Further, because mini excavators are lighter, you can use them when operating on soft ground or finished job sites without risking damage. However, it's essential to remember that mini excavators don't have the same power as standard or large excavators and may not have the capacity for specific jobs.

2. Standard Excavators

Standard-sized excavators weigh between seven and 45 metric tons. These versatile excavators are the most common size for commercial construction projects and offer enough power and hauling capacity to handle tough jobs. Many hydraulic standard excavators can also support a variety of work tools, so contractors can customize their excavators to suit their project needs.

Standard excavators are still easy to maneuver and can significantly increase productivity on a job site. However, the larger size and weight of standard excavators can damage soft soil or finished sites. Some excavators can also be challenging to use in tight spaces, depending on their size, reach and tail swing. Standard excavators can be heavier than other types, creating storage and transportation challenges.

You may sometimes see standard excavators broken into two excavator weight classes ' small and medium excavators. Small excavators are those at the bottom of this size class that weigh between 7 and 10 tons. The small size and low tail swing of midi excavators mean they are helpful for many of the same tasks as mini excavators, but offer more power, reach and dig depth.

3. Large Excavators

Large excavators can weigh more than 45 metric tons. These weighty machines are best suited for heavy-duty work, such as commercial construction or demolitions. You can use large excavators to dig foundations for large structures like apartments or shopping malls. Large excavators can also be used to move large amounts of soil for civil engineering processes.

Transportation and storage can be challenging with larger excavators but may be worth the investment if you need to tackle a heavy-duty excavation project.

What Size Excavator Do I Need?

There are many options for excavator types and sizes, and choosing the right excavator depends on numerous factors. You'll want to find an excavator that has enough power and strength to efficiently complete different tasks at your job site while lowering operating costs.

If you rent an excavator for a single project, evaluate the requirements and work site when choosing your excavator. If you are purchasing an excavator for long-term use, consider the types of projects your company typically takes on. Choose an excavator that will meet your standard job requirements and perform well on the sites where you most often work. To make the most of your investment, look for an excavator that can keep up with your company's growth in the future.

Consider these factors when determining what size excavator you need.

1. Work Site Layout

First, consider the size and layout of your job site. Will you work in a small area with tight spaces and obstacles to navigate or enjoy a wide-open plot of land with no interferences?

If you work in a small space or on a site with many hazards, a compact mini excavator may be the right choice. A smaller excavator may also be a wise choice if your job site has a lot of underground obstacles, such as pipes and gas lines. Mini and small excavators will have smaller buckets and more precise controls to safely avoid underground hazards while excavating efficiently.

If your job site has more maneuverable space, you can use a standard or large excavator comfortably. However, remember to account for future hazards that may appear as your construction project progresses.

The tail swing of an excavator also impacts how easily it can navigate in tight spaces. Larger excavators typically have a larger tail swing, requiring more counterweight to remain balanced. This rear extension can pose problems when working near walls or buildings and harm workers if not operated safely.

Many mini and small excavators offer zero or near-zero tail swing, so they can rotate safely without damaging surrounding trees or structures. Excavators with zero tail swing are popular for urban or residential work sites. However, excavators with zero tail swing typically have a larger footprint and tracks that are wider apart to provide stability while turning.

2. Work Site Terrain

Different types of excavators work better on various terrains. Tracked excavators offer excellent traction and stability on hilly and soft ground, while wheeled excavators work best on hard and flat surfaces. However, the weight of an excavator also impacts how well it performs on specific terrain.

Large and standard excavators can exert a lot of pressure and tear up a job site if the ground is weak. For some jobs, this may not be an issue if the earth gets leveled later in the construction project. However, working on a finished site, such as a backyard or other residential space, requires greater care to prevent damage to the terrain. Mini excavators are safe to use on finished sites without harming the ground.

When considering the weight of an excavator, account for the maximum operating weight rather than how much the machine weighs alone. The operating weight will include the weight of the excavator operator and the load the equipment will haul.

3. Project Requirements

After accounting for your work site conditions, consider the typical tasks your excavator will need to perform. You should pick an excavator size that can handle your digging, lifting and hauling needs without struggle or sacrificing efficiency. If purchasing an excavator for long-term use, look at the requirements of past projects to get a sense of your future needs. Account for any potential growth, and choose an excavator that will suit your company's needs for years to come.

Here are a few project requirements to consider when choosing the right excavator size.

• Dig depth: Consider the maximum digging depth your projects require for laying pipes, planting trees or digging trenches. Make sure your excavator can achieve this dig depth, or you can upgrade it with a longer boom to reach the depths you need.
• Reach: The reach of your excavator's boom will determine how far your equipment can dig without moving. A longer reach can slow the excavation cycle time but may be desirable for projects where accessibility is challenging. You can also upgrade some excavators with longer booms to extend their reach.
• Lift height: If your projects require loading materials onto structures or into massive trucks, choose an excavator with sufficient lift height.
• Load capacity: Excavator load capacities vary based on the type of excavator you choose but can range from less than a cubic yard to several cubic yards. The load capacity will determine the amount of material your operators can move in a single cycle, directly impacting operating speeds. You'll want to find an excavator with the proper application load capacity.
• Load weight: Consider how much weight your excavator will need to lift besides material volume. If you often excavate heavy or dense materials, ensure your excavator can withstand the load weight necessary to meet your project's demands.

An excavator that's the right size will be able to meet all your project requirements while safely maneuvering around your job site. If an excavator cannot match your job needs, consider upgrading it with a new boom or bucket to extend its capabilities.

4. Transportation and Storage

Another important consideration when choosing between the different sizes of excavators is each size's transportation and storage requirements.

Transportation of large and standard excavators can be expensive, requiring special permits and equipment. If you plan to transport your excavators on your own, ensure you have the vehicles and trailers to do the job and drivers with the required licenses for moving heavy equipment. You may also work with an equipment transportation company to reduce the transportation costs of carrying your large excavators. Standard-sized trailers can move mini excavators, but depending on your state, you may still require special permits or licenses.

If you plan to purchase an excavator for long-term use, ensure you have the appropriate storage facilities for the size of the excavator you choose. You can also rent a storage space during the offseason to cut expenses. For infrequent use, renting an excavator instead of buying one may help you save money on storage and transportation costs.

Cat® Excavator Sizes Available

As the leading heavy equipment manufacturer for construction and mining, Caterpillar® offers various excavator sizes and types for any application. Cat mini excavators are available in several different models and are perfect for landscaping, urban and residential construction and small building projects. Cat mini excavators offer power and durability in a compact machine that is easily controlled with precision. Choose between standard, zero and near-zero tail swing options to suit your work site and project needs.

Cat standard excavators supply the power to tackle tough jobs, from trenching to materials handling. Designed for speed and efficiency, Cat standard excavators can maximize your productivity and reduce your operating costs. Our durable excavators also require less maintenance and reduced fuel consumption.

Cat next-generation excavators take this exceptional performance to the next level, offering even better efficiency and productivity than ever before. Available in 20-ton and 30-ton models, Cat next-generation excavators can increase efficiency by as much as 45% while lowering fuel consumption by up to 25% and reducing maintenance expenses by up to 20%. Our next-generation excavators can help you meet your production goals, slash your operating costs and tackle any tough job that comes your way.

For the most challenging jobs, Caterpillar offers several heavy-duty large excavators for construction, mining, farming and more. These industrial workhorses offer serious digging and lifting capabilities to make short work of any excavation project. Despite their massive size, Cat large excavators still provide the excellent fuel efficiency and performance Caterpillar is known for.

Shop Excavators From Gregory Poole Equipment Company

If you are looking for a reliable, efficient and powerful excavator, look no further than Gregory Poole. We offer various mini, standard and large Cat excavator models to meet and exceed your project requirements. With both new and used Cat excavators for sale, you can find an excavator that fits your needs and budget. Because Cat builds durable, built-to-last equipment, many of our used excavators offer the same excellent performance and durability you can expect from our new machines.

For even more flexibility, consider renting an excavator from Gregory Poole. When you rent a Cat excavator, you can enjoy improved performance and efficiency at a fraction of the cost. With short- and long-term rental options available, you can rent an excavator for a single project or an entire season. Contact us today for more information about new, used or rental excavators from Gregory Poole Equipment Company.

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