Johnny Gold Jr.
The 308 excavator typically tips the scales at around 8,000 to 9,000 pounds, depending on the specific model and configuration. This weight class is designed for versatility, allowing it to operate efficiently on various job sites.
For those considering purchasing or renting this machinery, it’s essential to account for the attachment weight as well. Adding buckets or other tools can increase the total weight significantly, impacting transportation and site requirements.
Keep in mind that the operating weight influences stability, lifting capacity, and overall performance. It’s advisable to consult the manufacturer’s specifications to ensure the chosen model meets your project needs effectively.
Specifications of the Cat 308
The operational weight of this model is around 7,000 pounds, making it a compact yet powerful option for various tasks.
It boasts a powerful engine with a gross power output of approximately 55 horsepower, ensuring reliable performance under challenging conditions.
The digging depth reaches about 10 feet, allowing for efficient excavation in diverse terrains.
With a maximum reach of 17 feet, this machine excels in accessing hard-to-reach areas, enhancing its utility on construction sites.
The hydraulic flow rate is approximately 18 gallons per minute, providing ample power for attachments and improving overall productivity.
This unit features a quick coupler, enabling easy attachment changes, which saves time and increases versatility on the job.
The operating width is around 6 feet, which makes maneuvering in tight spaces manageable without sacrificing stability.
Fuel tank capacity is approximately 15 gallons, allowing for extended operation between refueling stops, which is crucial for long working hours.
Lastly, the comfortable cabin design prioritizes operator ergonomics, ensuring that even lengthy tasks remain manageable and pleasant.
Weight Variations Based on Model Year
From my observations, the mass of this excavator can fluctuate depending on its production year. For instance, earlier models typically range between 7,000 to 8,000 pounds, while newer iterations, designed with advanced materials and technologies, may weigh closer to 8,500 pounds.
In 2018, a significant redesign occurred, which contributed to an increase in overall heft due to enhanced features and improved stability. If you’re considering any specific model year, it’s wise to check the manufacturer’s specifications directly, as variations can exist even within the same year based on optional equipment and modifications.
For example, models equipped with auxiliary hydraulic systems or additional counterweights will likely tip the scales more than their base counterparts. Always verify these details to ensure you have the most accurate understanding of the machine’s specifications.
Factors Influencing the Weight of the Cat 308
Several elements impact the mass of this machine, making it essential to consider them when evaluating performance and application. Here are key factors:
Engine Specifications
- Horsepower: The engine’s output significantly affects the overall structure and materials used, which can influence weight.
- Type of Fuel: Different fuel types can lead to variations in engine design, affecting the total mass.
Attachments and Accessories
- Bucket Size: Larger buckets increase weight but enhance productivity.
- Additional Tools: Attachments like grapples or augers add to the total, impacting operational efficiency.
For anyone looking to maximize their experience, consider options such as a best cat harness for large cats for transporting or securing tools safely.
Operator Comfort Features
- Cab Design: Enhanced operator comfort often requires additional materials, influencing overall weight.
- Safety Equipment: Integrated safety features may add mass but provide necessary protection during operation.
Understanding these aspects helps assess the machine’s application and suitability for specific tasks, ensuring optimal performance in various environments.
Comparative Weight Analysis with Similar Excavators
In my exploration of excavators, I found that the 8-ton range is quite popular among manufacturers. For instance, the Komatsu PC78US-10 comes in at approximately 7,800 pounds. This model is slightly lighter, which can impact its stability during operation.
The Volvo EC55C is another contender, tipping the scales at around 12,000 pounds. While heavier, it offers enhanced lifting capabilities, making it suitable for specific tasks. The difference in weight affects maneuverability and digging depth, which are critical factors for operators.
When comparing these machines, I noticed that the Bobcat E165, weighing roughly 5,500 pounds, is designed for tighter spaces. Its reduced mass allows for better agility, making it a favorite for urban projects.
Interestingly, the JCB 8018, at 4,200 pounds, represents the smaller end of the spectrum. While it lacks the power of larger models, its lightweight construction allows for easy transport and setup, ideal for smaller jobs.
These comparisons highlight that weight directly influences performance characteristics. If you’re considering an excavator, think about the specific applications and how the weight of each model aligns with your needs. Choosing the right machine can make all the difference in efficiency and effectiveness on the job site.
Real-World Applications and Weight Considerations
When selecting the right machine for a job, knowing the heft of the equipment is key. The specifications influence performance and usability at construction sites, landscaping projects, or urban settings.
In practical terms, the weight plays a significant role in maneuverability. Heavier units may provide stability but can limit access to tighter spaces. Lighter models enhance flexibility, allowing for easier transportation and handling. Operators should assess site conditions to determine which option aligns best with their project requirements.
Consider the following scenarios:
| Application | Weight Impact |
|---|---|
| Residential Landscaping | Opt for a lighter model for better accessibility around homes. |
| Heavy-Duty Construction | A robust weight aids in stability on uneven terrain. |
| Urban Projects | Weight affects transport logistics and maneuverability through streets. |
Additionally, knowing the limits for transport vehicles is vital. Exceeding weight capacities can lead to fines or safety hazards during transit. Always consult the local regulations to ensure compliance.
Ultimately, making an informed decision based on the specific weight attributes can enhance productivity and safety on any job site. Balance between size and application can lead to successful project outcomes.
Impact of Weight on Performance and Mobility
For optimal performance, it’s crucial to consider how mass affects mobility and operational capability. A lighter machine can maneuver more easily in tight spaces, while a heavier model often provides increased stability and digging power.
When evaluating excavators, the distribution of weight plays a significant role in balance. A well-distributed load enhances control, allowing operators to execute precise movements, especially in complex tasks. For example, a unit with a low center of gravity is less likely to tip over on uneven terrain.
Terrain type also influences operational efficiency. In soft ground conditions, a lighter machine minimizes ground pressure, reducing the risk of sinking. Conversely, working on solid surfaces may benefit from added mass for deeper penetration and efficient digging.
Additionally, maintenance and fuel consumption correlate with weight. Heavier models may lead to higher operational costs due to increased fuel usage. Therefore, selecting the right balance of weight is essential for both economic and performance factors.
When planning projects, consider the environmental impact. A lightweight option may cause less disruption to the surrounding area, making it preferable in sensitive locations.
For those interested in maintaining optimal performance in other areas, check out how to lower nitrates in reef tank for helpful tips.
