The John Deere 35G is one of the most popular compact excavators used in construction, landscaping, and small-scale digging projects. If you’re considering adding this versatile machine to your fleet, understanding its weight and specifications is essential.
The 35G is designed to balance power, efficiency, and maneuverability, making it ideal for tight spaces while still delivering strong performance. However, its operating weight, base weight, and transport weight can significantly impact job site planning, transportation, and safety measures.
Knowing the exact weight with various attachments, fuel, and fluids ensures you can safely transport it, optimize performance, and prevent overloading trailers or equipment.
In this guide, we’ll dive deep into the John Deere 35G weight, covering everything from base specifications to practical considerations on the job site. if you’re a contractor, equipment operator, or enthusiast, this article will give you all the insights you need.
Overview of the John Deere 35G Excavator
The John Deere 35G is a compact excavator that combines power, agility, and efficiency, making it a favorite among contractors, landscapers, and construction professionals. Known for its versatile performance in tight spaces, the 35G is designed to handle a wide range of tasks, including digging trenches, grading, lifting materials, and working in confined areas where larger machines cannot operate efficiently.
One of the key features of the 35G is its compact size, which allows it to maneuver easily on job sites without sacrificing stability or digging power. The excavator is equipped with a powerful hydraulic system that ensures smooth operation, precise movements, and consistent performance, even under challenging conditions. Its modern cab design provides comfort for operators, including clear visibility, easy-to-use controls, and optional air conditioning, all of which are important for extended work periods.
Understanding the weight of the John Deere 35G is crucial when planning transport, choosing trailers, or ensuring safety on the job site. The base weight, operating weight, and the weight of attachments like buckets, hammers, and augers directly affect performance, stability, and fuel efficiency. This compact excavator also benefits from excellent ground clearance and low ground pressure, allowing it to work effectively on soft soils or uneven terrain.
Overall, the John Deere 35G strikes a balance between compact design and reliable performance, making it an ideal choice for small- to medium-scale projects where efficiency, transportability, and operator comfort matter.
Official Weight Specifications of the John Deere 35G
When considering the John Deere 35G, understanding its official weight specifications is essential for safe operation, transport, and performance. The weight of this compact excavator varies depending on the configuration, attachments, and optional equipment, but Deere provides clear guidelines to help operators plan effectively.
The base weight of the John Deere 35G, without attachments or fuel, is approximately 8,000 pounds (3,630 kg). This weight represents the excavator in its standard form, ready to handle general digging tasks while maintaining its compact footprint. The operating weight, which includes fuel, fluids, standard attachments, and an operator, is slightly higher, usually around 8,400–8,500 pounds (3,810–3,860 kg). This weight is critical when planning job site operations, as it affects stability, ground pressure, and lifting capacity.
The shipping weight is another important specification, particularly if you plan to transport the machine on trailers or via delivery services. Including packaging and transport-related equipment, the shipping weight can reach approximately 8,600 pounds (3,900 kg). When combined with common attachments like buckets or hydraulic hammers, the total weight increases, which can influence trailer selection and transport safety.
To simplify, here’s a quick overview:
- Base Weight: ~8,000 lbs (3,630 kg)
- Operating Weight: ~8,400–8,500 lbs (3,810–3,860 kg)
- Shipping Weight: ~8,600 lbs (3,900 kg)
Knowing these weight specifications ensures proper transportation, job site planning, and safe operation. In the next section, we will explore the factors that affect the John Deere 35G’s weight, including attachments, fuel, and optional equipment.
Factors That Affect John Deere 35G Weight
While the official weight specifications of the John Deere 35G provide a good baseline, several factors can influence the total weight of the machine. Understanding these variables is essential for safe transport, optimal performance, and proper job site planning.
One of the most significant factors is attachments. Different buckets, hydraulic hammers, augers, and grapples can add hundreds of pounds to the excavator’s weight. For example, a standard digging bucket may add around 200–300 pounds (90–135 kg), while larger or specialized attachments can increase this weight even more. Operators must account for these changes to avoid overloading trailers or exceeding lifting capacities.
Optional equipment also affects the total weight. Features such as a fully enclosed cab with air conditioning, extra counterweights, or track extensions can increase the machine’s mass. Even seemingly small additions, like a sunroof, additional lights, or tool storage, contribute to overall weight.
Fuel and fluids are another variable. A full tank of diesel, hydraulic oil, and coolant adds significant weight—typically 150–200 pounds (68–90 kg). This factor is especially important when calculating the operating weight for safe transport and stability on soft ground.
Finally, the operator and cargo can slightly affect weight calculations. While minor compared to the machine itself, it is still important for precise transport planning and performance evaluation.
In summary, while the John Deere 35G’s base weight is around 8,000 pounds, attachments, optional equipment, fuel, fluids, and operator presence can significantly influence its total weight. Being aware of these factors ensures safe handling, transport, and optimal performance on any job site.
Dimensions and Weight Distribution of the John Deere 35G
Understanding the dimensions and weight distribution of the John Deere 35G is just as important as knowing its overall weight. These factors directly affect stability, performance, and safety on the job site, especially when operating on uneven or soft terrain.
The John Deere 35G has a compact design, with a total length of approximately 17 feet (5.2 meters), a width of 6.5 feet (2 meters), and a height of 8.3 feet (2.5 meters). Its small footprint allows it to navigate tight spaces, making it ideal for residential construction, landscaping, and urban excavation projects. Despite its size, the excavator maintains excellent ground clearance, allowing it to work efficiently on uneven terrain without getting stuck.
Weight distribution is another key consideration. The 35G is designed with a balanced front-to-rear weight ratio, ensuring stability during digging, lifting, and transporting materials. The rear counterweight plays a critical role in preventing tipping when handling heavy loads or operating with extended boom reach. Additionally, the track design contributes to even weight distribution, reducing ground pressure and minimizing soil compaction. This is particularly important for sensitive surfaces like lawns or soft soil.
Proper understanding of dimensions and weight distribution also aids in transport planning. Knowing the machine’s width and height ensures compliance with road regulations and trailer capacity. For operators, awareness of stability and balance improves safety and efficiency during operation, reducing the risk of accidents or equipment damage.
Overall, the 35G’s compact dimensions and well-engineered weight distribution make it a versatile and reliable mini excavator for a wide range of projects.
Comparing John Deere 35G with Other Excavators
When selecting a mini excavator, understanding how the John Deere 35G compares with other models is crucial. Its weight, dimensions, and performance set it apart from competitors and other machines in John Deere’s G-series line.
Within John Deere’s lineup, the 35G sits between the 27G and 50G models. The 27G is lighter, with an operating weight around 7,300 pounds (3,310 kg), making it ideal for very tight spaces but limiting lifting capacity. The 50G, on the other hand, is heavier at roughly 11,000 pounds (4,990 kg), offering more digging power and stability but sacrificing maneuverability. Compared to these, the 35G’s operating weight of 8,400–8,500 pounds (3,810–3,860 kg) strikes a balance between portability and performance, making it suitable for small to medium projects.
In the broader market, competitors like the Kubota KX040-4 and Bobcat E35 have similar compact designs, but their weights and attachments differ slightly. For instance, the Kubota KX040-4 has an operating weight of around 8,200 pounds (3,720 kg), slightly lighter than the 35G, while the Bobcat E35 weighs approximately 8,500 pounds (3,860 kg). These differences impact transport requirements, ground pressure, and lifting capacity.
Choosing the right excavator depends on your specific project needs. The John Deere 35G is ideal for operators who need a versatile, stable machine with moderate lifting capacity and easy transportability. Its balanced weight and compact size make it a reliable option for both urban and rural job sites.
Transport and Handling Considerations for the John Deere 35G
Transporting the John Deere 35G safely requires careful planning due to its weight, dimensions, and attachments. Whether you’re moving it between job sites or delivering it to a client, understanding transport requirements is essential for safety and compliance.
First, selecting the right trailer is critical. A flatbed trailer rated for at least 10,000 pounds (4,540 kg) is recommended to safely carry the 35G, including any attachments and fuel. The trailer should be equipped with proper tie-down points to secure the excavator during transit and prevent shifting, which could lead to accidents or damage.
Road regulations must also be considered. Ensure the trailer and excavator comply with width, height, and weight limits for highways and local roads. In some areas, oversize permits may be required if the machine exceeds standard transport dimensions. Knowing the weight with attachments and fuel helps determine if permits or escorts are necessary.
Loading and unloading the 35G safely is another priority. Use ramps rated for the machine’s weight and maintain a slow, controlled approach to avoid tipping. If using a crane for lifting, ensure the equipment’s lifting capacity exceeds the total weight of the excavator, including attachments and fuel.
Proper handling also extends to job site movement. Operators should be aware of ground conditions, slopes, and nearby obstacles to avoid instability. Following manufacturer guidelines for transport and handling ensures the John Deere 35G remains safe, efficient, and ready for work.
Practical Applications and Weight Impact of the John Deere 35G
The weight of the John Deere 35G plays a crucial role in its performance and versatility on job sites. At an operating weight of approximately 8,400–8,500 pounds (3,810–3,860 kg), this compact excavator offers a balance between stability, digging power, and maneuverability, making it suitable for a variety of projects.
One of the main benefits of the 35G’s weight is stability during operation. Heavier mini excavators like the 35G resist tipping when lifting materials or extending the boom, which is especially important on uneven or sloped terrain. This stability allows operators to perform precise digging, grading, and lifting tasks with confidence, reducing the risk of accidents.
The 35G’s weight also affects ground pressure, which is essential when working on sensitive surfaces like lawns, soft soil, or landscaping areas. Its balanced weight distribution minimizes soil compaction and surface damage, making it ideal for residential or urban projects.
However, operators must consider the impact of additional attachments on weight. Adding a larger bucket, hydraulic hammer, or grapple increases the total mass, which can affect stability and maneuverability. Planning for these variations ensures safe operation and efficient performance.
Finally, weight influences transport and fuel efficiency. A moderately heavy machine like the 35G provides excellent lifting power without overburdening trailers or consuming excessive fuel. Overall, understanding and managing weight is key to maximizing the practical applications, safety, and performance of the John Deere 35G.
Practical Tips for Managing John Deere 35G Weight on Job Sites
Knowing the weight of the John Deere 35G is essential, but applying that knowledge effectively on job sites is equally important. Proper planning ensures safe operation, efficient performance, and longevity of the machine.
One key tip is to always account for attachments. Buckets, hydraulic hammers, augers, and other tools increase the total weight of the excavator, affecting stability and maneuverability. Operators should check the combined weight of the machine and attachments before lifting, transporting, or performing heavy-duty digging.
Another practical consideration is fuel and fluids. A full tank adds hundreds of pounds, which impacts ground pressure, stability, and transport requirements. Planning tasks with fuel levels in mind ensures that the machine remains balanced and prevents overloading trailers during transport.
Transport safety is critical. Use a trailer rated for at least 10,000 pounds (4,540 kg), secure the 35G with high-quality tie-downs, and follow local road regulations regarding weight and dimensions. Oversize permits may be required if attachments or fuel increase the overall weight beyond legal limits.
Lastly, be mindful of job site conditions. Soft soil, slopes, or uneven terrain can affect how the machine handles its weight. Operators should move slowly, distribute loads evenly, and avoid sudden turns or lifts that could compromise stability.
By understanding and managing the John Deere 35G weight proactively, operators can maximize efficiency, reduce risks, and ensure that every project is completed safely and successfully.
Safety Considerations Related to John Deere 35G Weight
Understanding the weight of the John Deere 35G is not just important for performance—it is also critical for safety. Improper handling of this compact excavator can lead to accidents, equipment damage, or job site injuries.
One of the main safety concerns is lifting and transport. Operators must ensure that trailers, cranes, or lifting devices can handle the machine’s total weight, including attachments, fuel, and fluids. Using equipment that is under-rated for the load can lead to tipping, structural damage, or serious accidents. Always double-check the combined weight before attempting to move the excavator.
Ground stability is another factor influenced by the 35G’s weight. On soft soil, slopes, or uneven surfaces, the machine may shift or sink if not operated correctly. Operators should move slowly, avoid sudden turns or stops, and distribute the load evenly to maintain balance. Using proper tracks and counterweights enhances stability and reduces the risk of tipping.
Additionally, attachment handling plays a critical role in safety. Large buckets, hydraulic hammers, or grapples change the center of gravity and increase the total weight. Before operating, ensure that attachments are securely mounted and that the operator understands the impact of added weight on stability and performance.
Finally, personal safety cannot be overlooked. Wearing seatbelts, helmets, and other protective gear, combined with following manufacturer weight guidelines, ensures that both the operator and those nearby remain safe.
Attachment Weights and Their Impact on John Deere 35G
Attachments can significantly influence the total weight and performance of the John Deere 35G, so understanding their impact is crucial for safe operation and efficient job site work. Different tools, from buckets to hydraulic hammers, add varying amounts of weight, affecting stability, ground pressure, and transport planning.
A standard digging bucket typically adds around 200–300 pounds (90–135 kg), while larger trenching or grading buckets can increase weight by up to 500 pounds (227 kg). Hydraulic hammers, commonly used for breaking concrete or rock, can add approximately 400–600 pounds (180–270 kg). Augers and grapples also contribute to additional weight, which must be accounted for when transporting or lifting the machine.
Adding attachments changes the center of gravity, which directly affects stability during digging and lifting. Operators should adjust counterweights if needed and ensure proper balance to avoid tipping, especially on slopes or uneven terrain.
For transportation, knowing the combined weight of the 35G and attachments ensures compliance with trailer ratings and road regulations. Overloading a trailer can lead to dangerous accidents and potential legal issues.
By carefully monitoring attachment weight and understanding its impact, operators can maximize efficiency, maintain stability, and reduce risk. Planning ahead for each task, including which attachments to use and when, ensures the John Deere 35G performs safely and effectively across a variety of projects.
Tips for Optimizing John Deere 35G Weight and Performance
Maximizing the performance of the John Deere 35G starts with understanding and managing its weight effectively. Proper weight management improves stability, efficiency, and safety, whether on the job site or during transport.
First, always consider the attachments you plan to use. Choose the right bucket, auger, or hydraulic tool for the task while keeping the total weight within safe limits. Avoid exceeding the recommended operating weight, as this can compromise stability and cause unnecessary wear on the hydraulic system.
Next, pay attention to fuel and fluid levels. While a full tank ensures uninterrupted work, it also increases weight. Operators can plan tasks efficiently by adjusting fuel levels according to transport needs and ground conditions. This helps maintain balance and prevents overloading trailers.
Proper weight distribution is also critical. Ensure counterweights, tracks, and boom positions are set according to manufacturer guidelines. This maintains stability during digging, lifting, and grading, especially when working on slopes or uneven terrain.
During transport, use adequately rated trailers and secure tie-downs to prevent movement. Verify that total weight, including attachments, fuel, and fluids, complies with road regulations and trailer capacities.
Finally, regular maintenance ensures the excavator handles weight efficiently. Check hydraulics, tracks, and structural components frequently, as wear can affect balance and overall performance.
By following these tips, operators can safely manage the John Deere 35G’s weight, optimize efficiency, and ensure consistent performance across a variety of construction and landscaping projects. Proper planning and attention to detail make all the difference in safety and productivity.
John Deere 35G Weight Table with Attachments
To make understanding the John Deere 35G weight easier, it helps to break it down with a weight table that includes common attachments. This allows operators, contractors, and transport planners to quickly assess total weight and plan accordingly.
| Component / Attachment | Approximate Weight (lbs) | Approximate Weight (kg) |
|---|---|---|
| Base Machine | 8,000 | 3,630 |
| Operating Weight (Fuel + Fluids + Operator) | 8,400–8,500 | 3,810–3,860 |
| Standard Digging Bucket | 200–300 | 90–135 |
| Trenching/Grading Bucket | 400–500 | 180–227 |
| Hydraulic Hammer | 400–600 | 180–270 |
| Auger Attachment | 350–450 | 160–204 |
| Grapple | 300–400 | 135–180 |
| Full Fuel Tank | 100–150 | 45–68 |
This table illustrates how attachments and fuel can increase total weight significantly. For example, adding a standard digging bucket and a full fuel tank increases the 35G’s weight to roughly 8,700 pounds (3,950 kg). Heavier attachments like hydraulic hammers or large buckets can bring the total weight close to 9,000 pounds (4,080 kg), which is critical for transport planning.
Understanding these numbers ensures safe trailer selection, proper weight distribution on job sites, and compliance with road regulations. Operators can also use this table to evaluate how different attachments affect stability and performance during digging, lifting, or grading.
By keeping track of both the base and attachment weights, anyone working with the John Deere 35G can optimize safety, efficiency, and operational performance, making this compact excavator a reliable choice for a variety of projects.
FAQs
1. What is the base weight of the John Deere 35G?
The base weight of the 35G, without fuel or attachments, is approximately 8,000 pounds (3,630 kg). This represents the machine in its standard configuration.
2. How much does it weigh with attachments?
Attachments like buckets, hydraulic hammers, or augers can add anywhere from 200–600 pounds (90–270 kg). Combined with fuel and fluids, the total operating weight can reach 8,800–9,000 pounds (3,990–4,080 kg) depending on configuration.
3. Can the 35G be lifted by a crane?
Yes, but always ensure the crane’s capacity exceeds the total weight including attachments, fuel, and fluids. A safe margin above 9,000 pounds (4,080 kg) is recommended.
4. How does weight affect stability on job sites?
The 35G’s weight provides excellent stability for digging, lifting, and grading, especially on slopes or uneven terrain. However, heavy attachments can shift the center of gravity, so operators should balance loads carefully.
5. What impact does weight have on transport?
Knowing the total weight helps select the right trailer and comply with road regulations. Overloading can cause accidents, legal issues, and equipment damage.
6. Does optional equipment increase weight?
Yes. Cab upgrades, counterweights, extra lights, or air conditioning add to the machine’s overall mass, affecting stability, transport, and fuel efficiency.
Conclusion
The John Deere 35G is a highly versatile compact excavator, and understanding its weight is essential for operators, contractors, and anyone planning transport or job site tasks.
With a base weight of around 8,000 pounds (3,630 kg) and an operating weight of 8,400–8,500 pounds (3,810–3,860 kg), the 35G strikes a balance between stability, power, and maneuverability. These features make it ideal for construction, landscaping, and small- to medium-scale excavation projects.
Attachments, optional equipment, fuel, and fluids significantly affect the total weight. Buckets, hydraulic hammers, augers, and other tools can add hundreds of pounds, impacting ground pressure, stability, and performance.
Proper planning ensures that the machine remains safe to operate, transports efficiently, and maintains optimal balance during digging or lifting tasks.
Transporting the 35G requires trailers rated for the total weight, proper tie-downs, and adherence to road regulations. On job sites, weight distribution, counterweights, and operator awareness are key to preventing tipping and ensuring efficient performance.
Understanding how weight affects stability, ground pressure, and lifting capacity allows operators to maximize safety and productivity.
In summary, the John Deere 35G’s weight is more than just a number it influences every aspect of operation, from transport to performance.
By carefully managing attachments, fuel, and optional features, operators can ensure safety, efficiency, and reliability.
If moving the excavator between sites, operating on soft terrain, or selecting attachments, understanding and managing weight is critical to making the John Deere 35G a dependable and effective tool for a variety of projects.
I’m Charles Dickens, a quotes expert at Quotesfuel.com — sharing timeless wisdom and inspiring words to brighten your day and uplift your mind
