Bobcat S550 vs S570: which 3-ton skid steer gives better lift

Bobcat S550 and Bobcat S570 are both roughly 3-ton class skid steer loaders built for compact site work, but they are different machines with different strengths. The S550 uses a radial-lift boom and carries a larger standard bucket, while the S570 uses a vertical-lift boom that reaches higher at full extension and loads more predictably into truck beds. Picking the wrong one for your job can cost you time and money every day.

This article compares S550 and S570 on operating weight, lifting capacity, bucket size, engine output, and lift height so you can choose the best-fit skid steer for your jobsite needs.

Bobcat S550 vs S570: full specs comparison

Both machines sit in a similar weight class, but the differences in power, bucket volume, and lift specs matter on a working site. Here is the full picture side by side.

A note on rated operating capacity and tipping load: published figures for these specific numbers vary meaningfully across model years and sources for both machines, enough that we don't want to state a single figure here with false confidence. Before finalizing a purchase decision based on lifting capacity, confirm the ROC and tipping load directly from the spec plate or certified inspection report of the specific unit you're evaluating, since Bobcat has updated these figures across different production years for both the S550 and S570.

Bobcat S550 vs S570: how much do they actually weigh?

The S570's operating weight runs consistently around 2,948 kg (6,500 lb) across the sources we could verify. The S550's published weight varies more by model year and configuration, generally falling somewhere between roughly 2,551 kg and 2,948 kg depending on tires, counterweights, and generation. If exact weight matters for your transport or permit planning, always confirm against the specific unit's spec plate rather than a general model figure, since skid steer weight can shift meaningfully between production years.

Bobcat S550 vs S570: bucket size

This is where the comparison is more straightforward. Both the S550 and S570 commonly ship with a 0.93 m³ GP bucket in their standard configuration, so bucket volume alone isn't a strong differentiator between these two models the way it might be between other Bobcat pairings. What differs more is how that bucket performs at different points in the lift cycle, which comes down to lift path rather than bucket size.

If your work involves moving loose material like sand, gravel, mulch, or demolition debris, both machines handle similar volumes per pass. Keep in mind that bucket selection for excavators and loaders is always job-specific, so matching bucket type to material matters more than chasing a larger number.

Radial lift vs. vertical lift: why the S570 loads trucks better

This is the real practical difference between these two machines, more than raw numbers. The S550 uses a radial-lift boom, which arcs the bucket forward and gives strong reach and visibility at low to mid height, useful for digging and ground-level work. The S570 uses a vertical-lift boom, which raises the bucket straight up, keeping it closer to the machine at full height. That's exactly why the S570 tends to be the better choice for loading into high-sided trucks or dumping over tall barriers, the vertical path keeps the load more controlled and closer to the machine as it reaches full extension.

If your work is mostly ground-level grading, backfilling, or general site cleanup, the S550's radial lift is well suited to that. If you're regularly loading trucks or working over obstacles, the S570's vertical lift is the more practical choice regardless of the exact tipping load figures.

S570 vs S550 engines

Both machines have historically used a Kubota V2607-DI-T-E3B engine rated at 61 hp across most production years, so engine output has not been a major differentiator between these two models the way it can be between other Bobcat pairs. Some later Stage V-compliant production years may use updated engine options, so if engine specifics matter for your application (running demanding attachments like a hydraulic breaker, auger, or cold planer), confirm the exact engine on the specific unit you're evaluating rather than assuming based on model number alone.

Both machines use hydrostatic transmission, which supports smooth, controlled travel and helps protect the drivetrain during long operating hours. For more detail on how powertrain systems affect skid steer performance, see our guide on skid steer powertrain types.

Lift height comparison: S550 vs S570

The S570 reaches a lift height of roughly 3.02 to 3.03 m to the hinge pin, compared to the S550's approximately 2.91 m. The S570's advantage in lift height, combined with its vertical lift path, is why it's generally the better pick when loading into high-sided trucks or tipping over tall barriers.

For most general construction and landscaping tasks, the S550's lift height and radial-lift reach are more than adequate. The difference in lift height alone is not a strong reason to choose the S570 unless your job specifically involves high-side loading or working above standard dump height.

Need a lighter skid steer? Available Bobcat models on Makana

The S550 and S570 are coming soon, but if you need a Bobcat skid steer loader for sale right now, Makana has three models in stock at its yard in Jebel Ali Free Zone, Dubai.

Bobcat S150, Bobcat S450, and Bobcat S510 cover a wide range of operating weights, lift heights, and rated capacities. Each machine has passed a +75-point certified inspection using the Jaltest Link V9 Kit before listing.

Comparing available Bobcat skid steer loaders on Makana

The S150 is the lightest option, suited for tight spaces and lighter loads. The S450 and S510 step up in capacity and lift height for more demanding site work.

You can browse current stock on Makana, request a machine, or get in touch with the team directly through the platform.

Read more about Bobcat skid steer articles on Makana

• Bobcat S510 specs and performance.
• Bobcat S510 ROI for UAE buyers.
• Bobcat skid steer lineup (S130, S450, and S510) comparisons.

FAQ

How much does a Bobcat S570 weigh?

Around 2,948 kg (6,500 lb) operating weight, consistent across the sources we cross-checked. Always confirm against the specific unit's spec plate for permit or transport planning.

How much does a Bobcat S550 weigh?

Published figures vary by model year and configuration, generally between about 2,551 kg and 2,948 kg. Because this varies more than the S570's weight across sources, confirm the exact figure from the specific unit's spec plate rather than relying on a single model-wide number.

What is the difference between the S550 and S570's lift path?

The S550 uses a radial-lift boom, which arcs forward and suits ground-level digging and grading. The S570 uses a vertical-lift boom, which raises straight up and keeps the load more controlled at full height, better suited to loading high-sided trucks or working over barriers.

Is Bobcat S570 good for heavy loading work?

Yes, particularly for loading into trucks or over obstacles, thanks to its vertical lift path. For ground-level, high-volume material handling, the S550's radial lift is equally capable. Confirm current ROC and tipping load figures for the specific unit before making a capacity-critical decision.

What engine does Bobcat S550 use?

A Kubota V2607-DI-T-E3B engine rated at 61 hp across most production years, paired with hydrostatic transmission. Confirm the exact engine on later Stage V-compliant units, as Bobcat has updated engine options across different model years.

How high can Bobcat S570 lift?

Approximately 3.02 to 3.03 m to the hinge pin, slightly higher than the S550's roughly 2.91 m. This makes the S570 a better option when loading into tall trucks or working above standard dump height.

Can Bobcat S550 and S570 use the same attachments?

Both Bobcat S550 and S570 use the Bobcat attachment mounting system, so most standard Bobcat attachments are compatible with both machines. Always check the hydraulic flow requirements of the attachment against the specific machine's auxiliary hydraulic specs before fitting.