Mini Excavator Sizes: Which One Is Right for Your Job?

Small Excavator Size Overview

In modern construction and agricultural fields, small excavators are increasingly favored by users for their versatility, convenience, and efficiency. Whether it's a narrow urban construction site, a home garden landscaping renovation, or a small infrastructure project, small excavators can complete tasks that large machines cannot handle due to their compact and flexible characteristics. Choosing the right excavator size can not only effectively improve work efficiency but also save on transportation, fuel, and other costs, making it one of the keys to the success of a construction project.

The size range of small excavators is usually divided according to their overall weight and bucket capacity. For example, from ultra-light models of 0.8 tons to medium-sized models close to 3.5 tons, these devices can adapt to a variety of needs from small gardening projects to medium-sized earthwork projects. Taking our mini excavators as an example, likeHY-08/09the whole machine weighs only 800 kg, which is suitable for operation in extremely narrow areas; whileHY-20can provide a bucket capacity of up to 0.1 cubic meters and a maximum digging height of 3.3 meters, and the machine is designed from mining machinery, with a solid and durable structure, which is very suitable for light and medium-sized construction tasks.

All excavators can be equipped with a variety of accessories, such as hydraulic breakers, augers, and log grapples, making them highly practical in agriculture, construction, and forestry.

In addition, the design of small excavators emphasizes flexibility and environmental adaptability while meeting performance requirements. For example, for projects that require frequent transitions, such as our extended 20-C small excavator, the total length is only 4.1 meters and the weight is light, which can be easily transported through city roads. For working conditions with turning restrictions or narrow operating spaces, the zero-tail design in the 90 series provides great convenience and avoids efficiency loss caused by tail collisions.

The choice of small excavator size needs to comprehensively consider the size of the work site, the amount of earthwork, transportation restrictions, and operational flexibility. In the following chapters, we will specifically explore the application scenarios of small excavators of different sizes, and the key points to pay attention to when choosing the right model.

Key factors to consider when choosing a small excavator

When choosing a small excavator, it is crucial to clarify project needs and combine them with the performance characteristics of the equipment. This not only affects work efficiency, but also directly affects the service life and operating costs of the equipment. Here are some key factors and their importance in practical applications:

1. Work scenarios and task requirements

Different operating scenarios have different requirements for the size and function of the excavator. For example:

Narrow space operation:If the construction site space is limited, such as landscaping, family yards, or pipeline maintenance projects, you can choose such asHY-08 model (800KG)orHY-12 model (960-1120KG)small excavators, known for their light weight and flexibility, can be easily operated in small spaces.

Medium-sized project operations:If you need to balance digging ability and flexibility, such as ditching farmland or small and medium-sized construction sites, you can considerHY-17 model (1520KG)orHY-20 model (1980KG). They have stronger climbing ability and higher digging height.

Large-scale earthwork:For larger construction tasks, such as mining or large-scale excavation, you can choose such asHY-30 type (3460KG), its 0.105m³ large-capacity bucket can significantly improve work efficiency.

2. Whole machine weight and transportation convenience

The weight of small excavators directly affects their transportation method. For users who need to change work locations frequently, models weighing less than 1.5 tons (such as the HY-12 or HY-15) are easier to transport via light trailers and are less likely to damage soft ground. While heavier models (such as the HY-27 or HY-30) are powerful, they may require more complex transportation arrangements.

3. Digging Depth and Height

Digging depth and height are key technical indicators for evaluating whether an excavator is suitable for a job. For example,HY-20the maximum digging height of the type reaches 3365mm, which is suitable for high-altitude operation needs; and if it is necessary to deal with deeper ditches, you can choose a model with a larger digging depth, such asHY-18type.

4. Engine Performance and Fuel Economy

Engine performance affects the power output and fuel economy of the excavator. For example:

Low power demand scenarios:For light tasks such as garden maintenance, you can choose to equip the 12HP engineHY-08, its power is sufficient to handle small-scale work, while the fuel consumption is low.

High power demand scenarios:For hard soil excavation or crushing operations, you can choose to equip the 28-30HP engineHY-17orHY-25, its high-power design can guarantee long-term high-intensity work.

5. Hydraulic System and Versatility

The design of the hydraulic system determines the smoothness and efficiency of the excavator. For example,Models of 17 type and aboveAdopting a dual-pump hydraulic system, it can support the efficient operation of multi-functional attachments (such as hydraulic breakers and log grapples); whileHY-12 typeand below models' single-pump design is more suitable for light operations.

6. Climbing Ability and Chassis Design

For users who need to work on rugged terrain or steep slopes, climbing ability and chassis stability are important considerations. For example:

HY-17andHY-20 typeThe climbing ability is up to 45°, suitable for complex environments such as mountainous areas and mining.

OptionalExtended trackorChassis telescopic function(such as model 20/25C) can further improve the stability of the equipment, especially suitable for loose soil or irregular ground.

7. Attachment compatibility

The versatility of small excavators is reflected in their compatibility with different accessories. For example, some models support the installation of breakers, augers, grass shears and other accessories. When selecting equipment, users need to ensure that the hydraulic system and power performance can support the use of the target attachments. Such asHY-17andHY-20 typeStandard hydraulic shut-off valve for quick adaptation to various attachments.

8. Maintenance and after-sales service

When choosing a small excavator, you should also pay attention to the difficulty of equipment maintenance and after-sales support. Models with brand engines (such as Kubota or Yanmar) usually have better durability and parts availability. And similarFree maintenance within one year provided by the manufacturerPolicies can also reduce the risk of later use for users.

If you want to choose the most suitable small excavator model, you should comprehensively consider the above factors based on specific work needs and budget, so as to achieve a balance between work efficiency and benefits.

Applications of 0.8-1.5 ton small excavators

0.8-1.5 ton class small excavatorsWith itscompact body design、flexible operating systemandrobust body(reduced maintenance costs), it excels in a variety of application scenarios, especially suitable for work environments with limited space and high precision construction requirements. I will combine the performance of each machine and actual application scenarios to introduce in detail the applicable fields and advantages of this tonnage of small excavator.

1. City gardens and landscaping projects

In urban greening construction, this level of small excavator is widely popular due to its small and flexible characteristics. For example, ourHY-08andHY-10 ModelThe ultra-narrow body (weighing 800kg and 1000kg respectively) can easily pass through narrow trails and courtyard entrances, making it ideal for tasks such as tree pit excavation, irrigation pipe laying, and seedling planting in garden construction. The 0.02-0.03m³ bucket capacity and maximum digging depth can well meet shallow construction needs, ensuring efficient operation while reducing damage to the surrounding environment.

2. Agriculture and Rural Infrastructure

In the agricultural field, 0.8-1.5 ton small excavators are widely used in farmland drainage ditch excavation, small water conservancy projects, and orchard soil preparation due to their ease of transportation and versatility. For example,HY-12 typeandHY-15 ModelEquipped with40° climbing abilityand12-18HP power output，can smoothly complete operations in rugged fields. And its single-pump hydraulic system design and durable manganese steel structural parts can also adapt to long-term outdoor construction needs.

3. Small building and interior demolition projects

In small building construction, these devices can efficiently complete foundation excavation, pipeline laying, and precise concrete demolition work. EspeciallyHY-17，relying on45° climbing abilityand higher power (28-30HP), it can handle construction tasks in complex terrains. Due to its small turning radius and dual-pump hydraulic system design, this model can also complete wall foundation cleaning and earthwork handling in narrow areas through efficient slewing operations in space-constrained interior demolition projects.

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4. Micro-construction in municipal engineering

Municipal engineering, such as underground cable laying, optical fiber pipeline burying, and sidewalk renovation, places extremely high demands on the size and flexibility of construction equipment. HY-18 ModelWith its 0.045m³ bucket capacity and digging height of up to 3010mm, it can quickly complete micro earthwork excavation tasks, while the rotation speed of 10RPM also significantly improves operating efficiency. When working in busy urban areas or residential areas, its compact size and low-noise water-cooled engine can also effectively reduce interference to the surrounding environment.

5. Retail Leasing Market

Due to its simple operation, ease of maintenance, and ability to meet most small engineering needs, this class of excavator is commonly found in the leasing market. Equipment such asHY-15 ModelandHY-17, not only can it handle various general construction tasks, but it also supports the installation of various attachments (such as hydraulic breakers, augers, etc.), thereby further enhancing its versatility. This characteristic of adapting to diverse tasks makes it an ideal choice for leasing companies and short-term project construction teams.

6. Flexible Accessory Support and Personalized Customization

0.8-1.5 ton excavators typically support a variety of attachments, such aslog grapples、Hedge shears、Shell headandHydraulic breakeretc. This enables this level of equipment to adapt to different construction needs such as landscaping, waste disposal, and light demolition in a multi-purpose machine. In addition, some models also support personalized customization, including closed cabs, hydraulic side swing functions, and track expansion systems to meet the specific needs of users in different construction scenarios.

0.8-1.5 ton small excavators with theirEfficient and flexible、VersatilityandEconomical and practicalcharacteristics, and are widely used in gardens, agriculture, municipal administration, and indoor demolition. Whether it's delicate operations in tight spaces or small projects on rough terrain, these mini excavators can complete the task and are an efficient and convenient solution for small operations.

Applications of 1.5-2.2 Ton Mini Excavators

1.5-2.2 Ton Class Mini ExcavatorsWith its powerfulVersatilityandEfficient performance, it is a popular choice for various small and medium-sized construction projects. Compared to smaller 0.8-1.5 ton excavators, this tonnage excavator has significantly improved in power, mining depth, and stability, while still retaining the compact design and flexible operation capabilities required for small excavators.

1. Urban Infrastructure Construction and Maintenance

1.5-2.2 ton excavators are particularly suitable for operation in narrow urban environments due to their small body and flexible turning radius. They are often used for:

• Pipeline Laying and Maintenance:This tonnage excavator can easily dig trenches of moderate width, especially suitable for the construction of urban sewers, fiber optic lines, and power pipelines.
• Road Maintenance:Whether it's pavement excavation or subgrade treatment, this type of excavator can handle it. In addition, their small size allows them to operate effectively in limited spaces such as traffic-dense areas or sidewalks.

2. Agriculture and Garden Projects

This tonnage of small excavators also performs well in agricultural and gardening operations. Their digging ability is sufficient to handle most medium-sized tasks, and their versatility enhances work efficiency:

• Farmland Management:Used for clearing irrigation ditches, excavating canals, or performing land leveling and soil loosening operations.
• Garden Greening:In garden construction, excavators can be used to dig tree pits, install irrigation systems, or precisely place landscape stones.
• Crushing and Earthwork Operations:The machine can be equipped with attachments such as hydraulic breakers and rippers to quickly handle hard soil or small rocks.

3. Small Construction Projects

For small construction projects, these excavators have strong adaptability. For example:

• Foundation Excavation:Whether it's digging shallow foundations or performing basic earthwork, the digging force and precision of a 1.5-2.2 ton excavator are sufficient to meet the needs.
• Material Handling:When equipped with attachments such as grapples or thumb clamps, it can efficiently handle building materials such as bricks and wood.
• Indoor Demolition:Since some models (such as the HY-20) have a zero-tail design, they can perform wall demolition, floor excavation, and other work in narrow indoor environments.

4. Difficult Terrain Operations

1.5-2.2 ton excavators are typically equipped with strong climbing ability (such as the HY-20 and HY-20, which have45° climbing ability), allowing them to operate flexibly in mountainous or uneven terrain. At the same time, excavators of this tonnage are often equipped with high-strength hydraulic systems, providing a more stable operating experience. For example:

• Mountain road construction:Used for excavating slopes, clearing gravel, or laying drainage systems.
• River management:With special attachments, such as grabs or clamshell buckets, it can be used to clean river silt or transport gravel.

5. Ease of movement and transportation

Although the performance of excavators of this tonnage is improved, their total weight is usually maintained between 1.5 tons and 2.2 tons. For example, the HY-20 model has an overall weight of 1890kg, and the HY-20 model has an operating weight of 1980kg. This allows them to be transported by light trucks or trailers, facilitating cross-project scheduling. At the same time, its small size also allows it to enter low or narrow areas, further improving accessibility.

6. Auxiliary support

1.5-2.2 ton excavators usually support a wealth of accessory options, such as augers, breakers and grapples, making them easily adaptable to diverse tasks. For example:

Equipped with auger for small pile foundation construction.

Use a breaker to handle concrete blocks or rocks.

Equipped with grass shears for garden maintenance.

Typical models and scenarios match:

HY-20 model: Suitable for urban construction projects, with a large bucket capacity (0.08-0.1m³) and strong bucket digging force (16.5KN).

HY-20 model: Performs well in working conditions requiring higher digging height (3880mm) and hydraulic system pressure (20.8mpa), suitable for small infrastructure projects.

HY-17 model: Dual-pump hydraulic system and high-strength structural parts, suitable for high-intensity agricultural or forestry projects.

1.5-2.2 ton small excavators are a cost-effective choice, providing reliable performance in various working conditions. Whether it is urban construction, agricultural applications, or complex terrain operations, this tonnage of small excavators brings significant construction convenience to users with its flexibility and efficiency, making it an ideal choice for small and medium-sized engineering projects.

Applications of 2.2-3.5 ton small excavators

2.2-3.5 ton small excavatorsCombining greater operational capabilities and flexibility, it is a popular choice in many larger construction scenarios. Compared to smaller excavator models, equipment in this range hasstronger digging force、greater stabilityandwider range of applications, while maintaining relatively compact dimensions, making it suitable for operating environments with limited space.

Main application scenarios

Municipal engineering and pipeline laying

In urban road construction and underground pipeline laying, 2.2-3.5 ton small excavators are very popular due to their moderate size and efficient performance. For example,HY-20 typeEquipped with a 0.06m³ bucket, the digging height can reach 3880mm, which is sufficient to cope with the needs of deeper trench excavation. At the same time, the equipment is compact and can move flexibly in narrow streets.Its hydraulic system pressure is as high as 20.8mpa, providing enough power to dig hard soil or lay larger pipes.

Gardening and landscape engineering

For gardening projects such as tree planting, irrigation system layout, and landscape stone handling, small 2.2-3.5 ton excavators can easily handle the job. For example,HY-23 typeThe bucket capacity is 0.07m³, and the maximum digging height reaches 3980mm, which can quickly complete tasks such as digging pits and terrain finishing. In addition, optional wood grabbers, rippers, and auger attachments enable it to adapt to the diverse needs of gardening.

House foundation construction and renovation

In residential foundation construction and small building renovation, excavators in this weight range can balance operational efficiency and maneuverability. For example,HY-27equipped with a 0.075m³ bucket and a digging height of up to 4750mm, is suitable for handling projects that require greater digging depth and height. Its operating weight (2630kg) provides sufficient stability to operate efficiently in foundation excavation, concrete cleaning, and other processes.

Agriculture and Animal Husbandry Operations

In agricultural scenarios such as farmland ditch excavation and livestock site preparation, 2.2-3.5 ton small excavators have become indispensable tools due to their higher climbing ability and durable operating performance. For example,HY-20 typethe model has a climbing ability of 45°, which is very suitable for the reclamation and terrain arrangement of mountainous farmland. Its multi-functional attachments can also meet the needs of irrigation facility layout and farm cleaning.

Equipment Features and Advantages

High-performance hydraulic system

For example, our 90 series equipment hydraulic system pressure can reach 22.5mpa, providing sufficient power support for excavation and lifting. This performance is particularly outstanding in hard soil or gravel excavation.

Both working height and digging depth are available

For scenarios that require efficient excavation and backfilling,HY-25The maximum digging height of the equipment reaches 3980mm, and the maximum digging depth is sufficient to cope with deeper underground projects.

Transportation convenience

Although smaller models of mini excavators are lighter, excavators in this range can still maintain a certain degree of transportation flexibility. For example,HY-20 typeandHY-23 typeThe total weight of the equipment is between 2-2.5 tons, which is still suitable for transportation by medium and small trailers, so that it can be moved frequently between different work locations.

Attachment compatibility

This tonnage of equipment can use a variety of additional tools, such asHydraulic breaker、ShellHead andAugeretc., further expanding its application range. For example, demolition work for old buildings or ground drilling for fence installation can be easily achieved by replacing attachments.

Real Case Sharing

A construction project in a suburban residential area in Taiwan needed to complete the layout of underground water pipes and landscaping in a narrow area. This project choseHY-20 typeandHY-25small excavators for trench excavation and tree planting, respectively. These devices can not only complete tasks quickly but also operate flexibly in limited work spaces, while meeting diverse operational needs through the switching of different attachments. We received feedback from the construction team that these excavators significantly shortened construction time and reduced labor costs.

In general, 2.2-3.5 ton small excavators, with their greater operational capabilities and versatility, have becomemunicipal engineering、Landscape Greening、Building FoundationandAgricultural FieldAn ideal choice. They are capable of high-load work and can operate flexibly in complex field conditions, making them a powerful assistant for various construction teams to improve efficiency.

Small Excavator Turning Radius and Its Importance

The turning radius is a key technical parameter when selecting a small excavator, as it directly affects the equipment's flexibility and adaptability in the work site. The turning radius usually refers to the minimum space radius required for the upper body of the excavator to rotate 360 degrees around the center of rotation. The size of the turning radius is not only related to the overall size of the excavator, but also affected by the length of the working arm, the size of the bucket, and the design of the machine's tail. Understanding and reasonably selecting a suitable turning radius can help users complete operations more efficiently while avoiding unnecessary risks and losses.

1. Why is the turning radius so important?

In actual operation, small excavators are usually used in narrow spaces, such as urban building foundation construction, landscape greening excavation, and indoor demolition projects. Therefore, the turning radius has a great impact on construction, such as:

Improve construction efficiency: A smaller turning radius makes it easier for excavators to complete complex operations in narrow spaces without frequent adjustments to the machine's position, saving construction time.

Avoid collisions and damage: In limited work sites, especially when close to walls or other equipment, a small turning radius design (such as a zero tail swing model) can effectively reduce the risk of tail collisions, protecting equipment and the surrounding environment.

Adapt to various scenarios: For example, the HY-20 model (Kubota engine model), a zero tail swing excavator, is suitable for municipal engineering that requires precise operation, while the extended HY-22-C is more flexible due to its side swing angle design and is suitable for special operation needs.

2. Characteristics of models with different turning radius designs

The following are common types of turning radius designs and corresponding scenarios:

Standard turning radius models: Suitable for spacious construction sites. For example, the HY-30 model with a larger turning radius is suitable for farmland reclamation or small and medium-sized earthwork projects.

Zero tail swing models: This design reduces tail protrusion and is suitable for narrow space operations. For example, the HY-20 model with a Kubota engine and zero tail design is suitable for gardening, indoor, or urban infrastructure construction in the United States.

Extended design: Such as the extended HY-22-C, although its turning radius is larger, the side swing angle design increases operational flexibility and is especially suitable for lateral operation needs.

3. Typical Parameter Comparison and Selection

Through the above comparison, it can be seen that the design of the swing radius of small excavators directly affects their operational flexibility and the breadth of application scenarios. For example, if your construction site requires efficient and compact operation, then choosing a zero-tail swing model with a small swing radius is particularly suitable.

4. Practical swing radius optimization

In actual operation, the use of excavators can also be optimized through the following methods to fully utilize the advantages of the swing radius:

• Choose the right attachments:Equipping the boom with a hydraulic side swing system can effectively reduce the overall movement frequency of the excavator and improve operating efficiency.
• Optimize machine layout:Plan the construction site in advance to minimize interference from obstacles on machine rotation.
• Training Operators:Master the turning performance of the excavator to avoid unnecessary risks caused by operational errors.

The turning radius is one of the key parameters to consider when choosing a small excavator. Combining actual site conditions and operational needs, reasonably selecting a suitable model can significantly improve construction efficiency and ensure the long-term reliability and safety of the equipment.

Machine Transportation and Accessibility

When choosing a small excavator, transportation and accessibility are critical considerations, especially for users who need to move equipment frequently or operate in space-constrained work environments.

1. Weight and Ease of Transportation

Small Excavator'sWeight determines its transportation difficultyTaking our best-selling models as an example, the weight ranges from 800 kg (such as the HY-08 model) to 3460 kg (such as the HY-35 model). For lighter models (such as HY-08 and HY-10), they can be easily transported by light trailers, and most household pickup trucks or minivans can complete the towing. For heavier models (such as HY-27 and HY-35), higher-specification flatbed trailers may be required, or even commercial transport vehicles. In addition, when transporting equipment, pay attention to the vehicle's maximum load capacity and local road transport regulations to ensure safety and compliance.

2. Body Size and Accessibility

The compact size of small excavators allows them to enter narrow sites that traditional excavators cannot reach. For example, the ultra-narrow body design of the HY-08 and HY-09 models, with a width of usually less than 1 meter, is very suitable for entering garages, garden courtyards, urban construction, or interior decoration sites. The tail-less design of models like the HY-20 (Kubota) further improves the flexibility of operation in tight spaces, as the tail will not collide with obstacles.

3. Low Noise and Environmental Adaptability

Some small excavators (such as HY-10, HY-20K) use Kubota, Yanmar, and other efficient three-cylinder water-cooled engines, which have low noise and are very suitable for noise-sensitive environments such as urban residential areas, hospitals, or schools. In addition, the crawler design of small excavators provides good ground adhesion and low ground pressure, allowing them to move flexibly in muddy or soft soil environments without easily damaging the ground.

4. Climbing Ability and Terrain Adaptation

Climbing ability is a key factor in transporting small excavators to the work site. For example, the HY-12 and HY-15 models have a climbing ability of 40°, while the higher-end HY-17 and HY-20 models can even reach 45°, which has significant advantages in mountainous areas, slopes, or other areas with large terrain undulations. This performance not only ensures that the equipment can smoothly enter the work area, but also provides safe operation in steep slope environments.

5. Transportation Costs and Flexibility

For users who need long-distance transportation, light-duty mini excavators (such as the HY-12 model) have lower fuel consumption and transportation costs, making them a cost-effective choice. Construction teams that need to move frequently between different work locations can choose models equipped with telescopic chassis and extended tracks (such as the HY-20-C model) to improve mobility efficiency. In addition, medium-sized equipment such as the HY-35 model is more suitable for long-term operations on a single large construction site, reducing the frequency of transportation.

6. Special Transportation Scenarios

Transportation requirements in certain special scenarios also need to be considered. For example, when working in narrow alleys or inside buildings, you can choose a small excavator that can quickly disassemble attachments to reduce transportation and passage difficulties. For special scenarios where transportation via elevators is required, you need to consider whether the overall height and width of the machine can adapt.

The transportation and accessibility of mini excavators directly affect their operating efficiency and economy. You should choose the appropriate model based on the weight of the equipment, the size of the machine, the space limitations of the work site, and the capabilities of the transportation vehicle. Before purchasing, confirming the transportation requirements of the equipment with the manufacturer and fully assessing the terrain and traffic conditions of the work site can avoid wasting time and money due to the equipment not being able to reach the work point later.

If you don't know which model of machine you need, you can contact our customer service, and we will give you a satisfactory solution.

Tips for Choosing the Right Mini Excavator Size

When choosing a mini excavator,Understand specific needsand the work environment are crucial. Small excavators of different sizes each have their advantages, but it is important to ensure that the selected equipment can find the best balance between efficiency and cost. Here are some professional and practical suggestions for the work scene:

1. Clearly define project requirements

• Types of work tasks: If the work content is mainly light operations, such as gardening, farmland ditching, etc.,0.8-1.5 tonsof small excavators are sufficient. For more complex construction foundation operations or earthwork transfer,2.2-3.5 tonsof excavators may be more suitable.
• Workspace: When working in tight spaces, it is recommended to choosetailless designmodels, such as the HY-20 (Kubota) or 20K, which have excellent flexibility and turning ability.

2. Assess terrain and environmental conditions

• For slope or uneven ground operations, choose astronger climbing ability(such as 40°-45°) small excavator, such as the 80-15 or HY-17, can better adapt to complex terrain.
• If the ground is soft, it is recommended to useExtended chassisto improve stability, such as the extended 22-C model.

3. Match digging depth and height

• If you need to dig deeper trenches or construction foundations, prioritize choosingMaximum digging depthlarger models, such as the HY-20 model, with a digging depth range of about 3 meters.
• For loading operations, considerMaximum digging heightIf you need to load materials onto trucks higher than 3 meters, you can choose the HY-30 or HY-18 models, with a maximum digging height of over 3.3 meters.

4. Check attachment compatibility

• Consider the required attachment options based on specific task requirements.Attachment options. For example:
  • Hydraulic breakerSuitable for demolition projects, it is recommended to select models with breaker shut-off valves, such as the HY-17 model.
  • AugerSuitable for drilling operations, it is recommended to choose a medium-sized model equipped with a powerful hydraulic system, such as the HY-25 model.
• Ensure that the excavator's hydraulic system and power match the attachment.

5. Transportation and accessibility

• If frequent transitions are required, the small excavator'sOverall weightandExternal dimensionsare important considerations. For example, the ultra-narrow body design of the HY-08 model facilitates transportation and is particularly suitable for operations in urban areas.
• If the transportation distance is long, it is recommended to choose a lightweight and easy-to-tow model, such as the HY-12 model (1180kg).

6. Focus on fuel economy and maintenance costs

• Small excavators equipped with efficient engines are more economical in long-term operations. For example, usingKubota engineThe HY-20 model features low fuel consumption and high reliability.
• Understanding whether after-sales service support is comprehensive, such as whether free maintenance or customized accessory services are provided, can effectively reduce the hidden costs of long-term use.

7. The Importance of Turning Radius

• For situations requiring frequent turns or operation in narrow construction sites, choose models with a small turning radius, such as the HY-17 or HY-20K, to improve work efficiency and avoid damage to surrounding facilities.

8. Consider Equipment Upgrades and Expansion from a Long-Term Perspective

• If you plan to expand your business, it is recommended to choose equipment with moreFunction Upgrade Possibilitiesmodels, such as those that can be equipped with enclosed cabs, air conditioning, hydraulic side shifts, etc. These upgrades can significantly improve operating comfort and efficiency.

You can choose one based on work needs and budgetExcavator that best suits your construction site conditions. For example, for construction sites that require frequent loading of high trucks and medium-sized excavation, the HY-20 or HY-20 will be a good choice. If it is gardening or small ditch excavation, the HY-08 or extended 22 may be more suitable.Choosing the right equipment can not only improve work efficiency, but also save operating costs and maximize the use of resources.

If you want to know the prices of each model, please check:Small Excavator PriceOr buy all small excavators online:Mini Small Excavator List