SWE365E Large Excavator
When I talk with customers about a large Excavator, I do not start by asking how big they want the machine to look. I normally ask a more practical question: what exactly will the excavator do every day?
That sounds simple, but it makes a big difference. A machine working in a quarry does not face the same conditions as one working on a road project. A customer clearing land in Southeast Asia may care more about ground conditions and transport than a contractor working on a large construction site. The right excavator is the one that matches the job, not simply the one with the biggest number on the specification sheet.
The SWE365E Large Excavator is a model that sits in the large excavator class and has been used for demanding excavation, earthmoving, mining-related work, quarrying, and heavy construction applications. Historical Sunward technical material lists the SWE365E with a 1.6 m³ standard bucket, 183.9 kW rated engine power at 2,000 rpm, and a 35.8-ton-class operating weight. Other market documentation lists a 36.8-ton configuration with a 1.8 m³ bucket and 190.3 kW power, showing why I always recommend confirming the exact machine configuration before purchase.
From our side at Ganglong Heavy Industry Technology (Hefei) Co., Ltd., this is especially important when we are helping an overseas customer source equipment. Our business is not only about finding a machine and arranging shipment. We need to understand the working condition, required configuration, destination, transport method, accessories, documents, and delivery schedule.
Ganglong Heavy Industry Technology (Hefei) Co., Ltd. was founded in 2013. Together with Hefei Ganglong International Trade Co., Ltd., we operate as part of a group affiliated with China Construction Machinery (Group) Co., Ltd. Our business covers construction machinery, mining machinery, agricultural machinery, attachments, equipment sales, leasing, customization, testing, and international trade.
We also supply our own HKLOONG range of Excavators, loaders, Backhoe loaders, and swamp excavators, while providing complete machine sales and leasing services involving domestic and international brands such as Hitachi, SANY, Lonking, Hyundai, XCMG, SHANMON, and LOVOL.
For Sunward equipment, I describe our role clearly: we are a machinery supplier and international trade service partner. We do not present ourselves as the manufacturer of Sunward-branded machines. This helps keep product information, quotations, technical specifications, and customer expectations clear.
The basic job of a large excavator is easy to understand. The machine uses engine power to drive a hydraulic system. That hydraulic power moves the boom, arm, bucket, swing system, and travel system. The operator controls these movements from the cab and turns engine power into digging and material-handling work.
What makes a large excavator different from a smaller construction machine is not simply its appearance. The larger machine is built to work with heavier loads, larger buckets, deeper excavation areas, and longer working cycles.
In the case of the SWE365E, the historical technical material places it in the 35.8-ton class, with a 1.6 m³ Rock Bucket configuration and 183.9 kW engine power at 2,000 rpm. The same technical material lists a 6,475 mm maximum vertical wall digging depth, a maximum digging reach of 11,370 mm, and a maximum digging reach at ground level of 11,170 mm.
These numbers tell me something useful about the machine. It was designed for jobs where the operator needs a meaningful working radius and substantial digging capability rather than compact-site maneuverability.
That makes the SWE365E Large Excavator relevant to applications such as large construction sites, quarry operations, earthmoving, road projects, land preparation, and other work where a medium or small excavator may simply take too long to handle the required material.
At the same time, I would not recommend choosing an excavator based only on tonnage. Bucket size, ground condition, material density, digging depth, truck loading height, transportation limits, and daily working hours all need to be considered.
| SWE365E Reference Specification | Published Value |
|---|---|
| Model | SWE365E |
| Machine class | Large Excavator |
| Operating weight | Approx. 35.8 t |
| Standard bucket capacity | 1.6 m³ rock bucket |
| Engine model | AA-6HK1XQP |
| Rated engine power | 183.9 kW / 2,000 rpm |
| Bucket digging force | 249 kN |
| Arm digging force | 177 kN |
| Boom / working equipment | Heavy-duty large excavator configuration |
Source: Historical Sunward SWE-series technical material. Specifications can vary by production version and market configuration, so the final quotation should be checked against the actual machine technical sheet.
When people see an excavator working, they usually notice the bucket first. I pay more attention to what happens behind the bucket.
The engine produces power, but the hydraulic system decides how that power is delivered to the working equipment. Oil is pressurized and sent through hydraulic valves to different cylinders and motors. The boom cylinder raises and lowers the boom. The arm cylinder moves the arm. The bucket cylinder controls the bucket.
At the same time, another part of the hydraulic system operates the swing function, while hydraulic motors drive the tracks.
This sounds technical, but the practical idea is simple. The excavator needs to move several things smoothly without wasting too much power. When the operator digs, swings, and dumps material, the machine needs to respond in a controlled way.
The historical SWE365E data lists a bucket digging force of 249 kN and an arm digging force of 177 kN. Digging force is useful when working in harder soil or handling material that does not break easily. But I always explain to customers that digging force alone does not decide actual productivity.
Ground condition matters. So does bucket design. So does the position of the machine. If the excavator is sitting on unstable ground, even a strong machine cannot work at its best.
Operator skill matters as well. A good operator usually develops a smooth working rhythm: position the machine, dig, lift, swing, dump, and return. The less unnecessary movement there is, the more useful work the machine can complete during a working day.
That is why I see the SWE365E as a complete working system rather than just a powerful engine sitting on tracks.
A machine in the 35-ton class has a different role from a 10-ton or 20-ton excavator. Its operating weight gives it a solid base for heavy excavation and material handling.
However, more weight also means more responsibility during transportation. Before arranging shipment, I normally check the machine's transport dimensions, local road regulations, loading equipment, destination port, and final jobsite access.
For international customers, these details can affect the total project cost just as much as the purchase price.
The historical SWE365E specification lists a 1.6 m³ standard rock bucket. Other market documentation has listed the model in a 1.8 m³ configuration, which is a good example of why configuration confirmation matters.
A bucket is not just a container. Its size and shape should match the material, working cycle, hydraulic capability, and machine weight.
If the excavator is mainly digging ordinary soil, a general bucket may be suitable. If the machine is working in a quarry or handling abrasive material, a reinforced or rock bucket may make more sense.
The published 249 kN bucket digging force gives the SWE365E a useful level of digging capability for its class.
For customers working in hard soil, compacted ground, quarry areas, or heavy earthmoving projects, this is one of the technical numbers worth checking.
I would still compare it with the actual material and attachment. A bucket that is too large or poorly matched to the material can make the machine work harder without necessarily producing better results.
The historical Sunward technical data gives the SWE365E a maximum digging reach of 11,370 mm and a maximum digging reach at ground level of 11,170 mm.
In practical work, this can reduce unnecessary machine movement. If the operator can reach the excavation area, fill the bucket, swing, and dump without repositioning after every few cycles, the job becomes smoother.
This is especially useful on large earthmoving projects where the work area is open and there is enough space for the machine to operate safely.
Large tracked excavators are often selected because they can work on ground where wheeled equipment is not the best option.
The tracks distribute machine weight across a wider area. This does not mean an excavator can work safely on any soft ground. It still needs proper site assessment. But tracked undercarriage design gives the machine the basic stability and mobility expected from this class of equipment.
Working range is one of the first things I check when a customer sends me a project description.
Suppose a customer tells me, “I need to excavate a deep foundation.” I cannot answer simply by saying the SWE365E is a large excavator. I need to check the required depth.
If the customer says, “I need to load material into a high-sided truck,” then dumping height becomes more important.
If the customer says, “I need to clear material from a long slope,” reach and machine positioning become more important.
This is why technical data becomes useful only when connected with the actual job.
| SWE365E Working Range Reference | Published Value |
|---|---|
| Maximum cutting height | 10,530 mm |
| Maximum loading height | 7,420 mm |
| Maximum cutting depth | 7,485 mm |
| Depth cut at ground level | 7,330 mm |
| Maximum vertical wall digging depth | 6,475 mm |
| Maximum digging reach | 11,370 mm |
| Maximum digging reach at ground level | 11,170 mm |
| Minimum swing radius | 4,440 mm |
Source: Sunward SWE-series technical material published for the E-series large excavator range. The published table identifies the SWE365E separately from the SWE330B, SWE330LC, SWE360LC, and SWE470E models.
One thing I want to stress is that these are machine test and specification figures, not a promise of daily production. Actual output depends on soil, rock, operator, bucket filling, truck arrangement, swing angle, weather, site layout, and working cycle.
For example, a 90-degree swing cycle and a 180-degree swing cycle are very different. A well-organized loading site can make the same excavator appear much more productive than a poorly arranged site.
I often find that customers understand a machine better when they can see it next to similar models.
The table below combines published historical Sunward SWE-series data with more recent Sunward model information. It is mainly intended to show how the SWE365E sits within the product family.
| Model | Operating / Total Weight | Rated Power | Bucket Capacity |
|---|---|---|---|
| SWE360LC | Approx. 34.6 t | 224 kW / 2,000 rpm | 1.6 m³ rock bucket |
| SWE365E | Approx. 35.8 t | 183.9 kW / 2,000 rpm | 1.6 m³ |
| SWE365E-3H | Approx. 36.8 t | 214 kW / 2,100 rpm | 1.8 m³ |
| SWE375F | 37.5 t | 212 kW / 2,000 rpm | 1.8 m³ |
| SWE400E-3H | 39.2 t | 214 kW / 2,100 rpm | 2.0 m³ |
Source: Historical Sunward SWE-series technical material for SWE360LC and SWE365E; current Sunward product material for SWE375F; published Sunward product-map information for SWE365E-3H and SWE400E-3H.
This comparison is useful for one reason: it shows the development path around the 35-to-40-ton excavator class.
The newer SWE375F documentation specifically says its 212 kW engine power was increased compared with the original SWE365E. Sunward's current SWE375F material also lists a 1.8 m³ bucket, a 6.5 m heavy-duty boom, a 2.9 m heavy-duty arm, and an upgraded undercarriage designed to improve adaptability in mud and sand operations.
So when a customer searches for a SWE365E Large Excavator today, I also ask whether they are looking specifically for the original SWE365E or whether they are open to a later-generation Sunward large excavator.
That one question can prevent a lot of confusion during sourcing.
Large construction sites often need excavators that can move a lot of material without spending the whole day repositioning.
The SWE365E working range makes it suitable for foundation excavation, site preparation, earth removal, road construction, industrial projects, and general heavy earthmoving where the site provides enough room for a large tracked excavator.
Quarry work is more demanding than ordinary soil excavation. The material can be hard, abrasive, and uneven.
For this type of application, bucket selection becomes particularly important. I would normally discuss rock bucket design, teeth, wear parts, undercarriage condition, working hours, and material type before recommending a configuration.
The SWE365E is associated with heavy excavation applications, but I would distinguish between a general large excavator and a machine specifically configured for mining.
This distinction matters because mining sites can require stronger undercarriage components, reinforced working equipment, special buckets, improved protection, or other configuration changes.
If the customer needs a dedicated mining configuration, I check the current model and specification rather than assuming that an older model name automatically represents the newest mining setup.
Road projects can involve large amounts of soil removal, slope cutting, drainage excavation, embankment preparation, and material loading.
A large excavator can be useful when the site is open and the project needs continuous heavy earthmoving. The exact bucket and arm configuration can then be selected according to the required depth and material.
Before industrial buildings, warehouses, farms, roads, or other infrastructure are built, the land often needs to be cleared and shaped.
This kind of work may involve soil removal, grading support, digging, loading, and moving unwanted material. A large excavator can handle these tasks efficiently when the working area is suitable.
When an overseas customer contacts us about a SWE365E Large Excavator, I prefer to collect the project details before discussing the final quotation.
The first things I normally ask are the destination country, application, material type, required bucket capacity, expected working hours, quantity, attachment requirements, and shipping destination.
These questions may sound basic, but they help us avoid recommending a machine that looks right on paper but does not fit the customer's actual job.
After confirming the model and configuration, we discuss availability, production or preparation time, inspection requirements, payment terms, documents, and transportation.
Production time is not always a fixed number. It can depend on the model, configuration, order quantity, customization requirements, and current supply situation. We confirm the expected delivery schedule before production or shipment.
Before shipment, the machine can be checked for appearance, main functions, hydraulic and electrical systems, and basic operating performance according to the agreed order requirements.
We also prepare standard documents and accessories according to the confirmed configuration.
For payment, T/T is commonly used, such as a deposit before production and the balance before shipment. The exact terms are confirmed between the buyer and seller before the order is finalized.
For transportation, complete excavators are generally shipped by sea. Depending on the destination and shipping route, spare parts and suitable accessories can be sent by air or express.
Machines are normally protected with suitable film, secured for transportation, and packed according to shipping requirements. Loose accessories and spare parts can be packed separately in cartons or wooden cases.
For me, international machinery trading is not just about putting a machine on a ship. Documents, loading, packing, port arrangements, configuration confirmation, and communication all need to connect smoothly.
The SWE365E is a large tracked excavator from Sunward's E-series. Historical technical material lists it in the approximately 35.8-ton class, with a 1.6 m³ standard bucket and 183.9 kW rated engine power at 2,000 rpm.
Historical Sunward technical data lists a 1.6 m³ standard bucket, with the bucket identified as a rock-bucket configuration in the large-excavator table. Some later market documentation has listed other configurations, so I recommend confirming the exact bucket specification with the machine quotation.
The historical SWE365E technical material lists the AA-6HK1XQP engine with rated power of 183.9 kW at 2,000 rpm. Some later or market-specific versions of the SWE365E name have different published specifications, which is another reason to verify the actual machine data before purchase.
The historical technical data lists a maximum cutting depth of 7,485 mm and a maximum vertical wall digging depth of 6,475 mm. Actual working performance depends on the machine configuration and jobsite conditions.
The historical published maximum digging reach is 11,370 mm, with maximum digging reach at ground level listed as 11,170 mm.
The machine is in the large excavator class and can be used for heavy earthmoving and mining-related applications when the configuration is suitable. However, I would not automatically call every SWE365E a dedicated Mining Excavator. Mining conditions can require specific buckets, reinforced components, undercarriage choices, and other options.
Availability depends on the market, machine condition, production status, and the exact model version being requested. Sunward's current product range has newer models such as the SWE375F, which the manufacturer describes as an evolution over the original SWE365E. If a customer specifically needs SWE365E, we first check the actual sourcing situation rather than assuming that every historical model is currently in regular production.
Sunward's current SWE375F material explicitly compares the model with the original SWE365E and states that the SWE375F increases engine power to 212 kW. The current SWE375F also uses a 1.8 m³ bucket and an F-series design with upgraded cab controls and undercarriage features.
Yes. Hefei Ganglong International Trade Co., Ltd. is our international trade arm, with experience serving customers across Asia, Africa, America, and other overseas markets. Complete machinery can normally be transported by sea, while parts and suitable accessories may be arranged by air or express.
Yes. We supply construction machinery, mining machinery, agricultural machinery, and matching attachments. The suitable attachment depends on the application, machine configuration, material, and working conditions. We prefer to confirm these details before including attachments in the final quotation.
I recommend checking the model name, operating weight, engine model, rated power, bucket capacity, boom, arm, hydraulic configuration, attachments, dimensions, and required documents together. For an international order, I also recommend confirming the destination country and transport requirements at the same time.
There is a simple reason I place so much emphasis on checking details: construction machinery is expensive, heavy, and difficult to return once it has been shipped to another country.
Our job is to make the sourcing process easier to manage.
Ganglong Heavy Industry Technology (Hefei) Co., Ltd. was founded in 2013 and has developed business across construction machinery, mining machinery, agricultural machinery, equipment attachments, complete machine sales, leasing, customization, and international trade.
Our group offers HKLOONG branded excavators, loaders, backhoe loaders, and swamp excavators. We also support customers looking for complete machines from a range of domestic and international brands.
Through Hefei Ganglong International Trade Co., Ltd., our team works with overseas customers across Asia, Africa, America, and other regions.
When customers ask us for a large excavator, we can discuss more than the machine itself. We can help review the application, configuration, attachments, inspection, documents, payment arrangement, packing, and transportation plan.
For customers who already know exactly what they need, the process can be straightforward. For customers who only know the job they need to complete, we can start from the working condition and narrow down the equipment requirements step by step.
I find the second approach especially useful. Instead of starting with “Which excavator should I buy?”, we start with “What are you digging, how deep is it, what material are you handling, how many hours will the machine work, and where will the machine operate?”
Once those questions are clear, choosing the equipment becomes much easier.
The SWE365E Large Excavator represents a 35-ton-class stage in Sunward's large excavator development. Historical published specifications show a machine with approximately 35.8 tons of operating weight, a 1.6 m³ bucket, 183.9 kW rated power, 249 kN bucket digging force, and a working reach of more than 11 meters.
For large construction, earthmoving, quarry-related work, road projects, and other heavy excavation applications, these specifications provide a useful starting point for equipment selection.
But I would not stop at the specification sheet.
The actual job matters more.
Before purchasing a SWE365E Large Excavator, I recommend confirming the material type, digging depth, required reach, bucket size, daily working hours, site conditions, transport limitations, spare-parts requirements, and destination-country service situation.
I would also confirm whether the customer specifically needs the original SWE365E or whether a newer Sunward model such as the SWE375F would be acceptable. Sunward's current SWE375F material directly identifies the SWE365E as the earlier model and shows a move to 212 kW engine power, a 1.8 m³ bucket, upgraded controls, and updated F-series design.
For us at Ganglong, the goal is not simply to send a machine quotation. We want the quotation to match the actual project.
If you are sourcing a SWE365E Large Excavator for construction, quarrying, mining-related earthmoving, road work, land preparation, or another heavy-duty application, send us your destination country, working condition, required bucket, quantity, and preferred configuration. We can then check the available equipment and work through the technical and shipping details with you.
In heavy equipment, a good purchase starts long before the excavator arrives at the jobsite. It starts with getting the model, configuration, application, and delivery plan right.
RELATED
RELATED
RELATED
RELATED
info@hkloong.com
86 158 5511 9567
©2026 HKLOONG Heavy Industry Technology (Hefei) Co., Ltd. All Rights Reserved.
This website uses cookies to ensure you get the best experience on our website.
Español
Pусский
Français
العربية
WhatsApp
Phone
E-mail
Message