What Is The Bobcat 751 Skid Steer’s Lift Capacity (Lift Specs)
The Bobcat 751 has a published rated operating capacity (ROC) of 1,750 lb (794 kg), with a published tipping load of 3,500 lb (1,588 kg). The ROC is the nominal rated limit, not a promise that every bucket, attachment, load position, or worksite can safely handle 1,750 lb. Check your serial-specific manual and machine decals before lifting.
If you found “lift capacity” while comparing machines or planning a job, the key number is the ROC. But it is easy to mistake that number for a guaranteed payload. I’ll explain what the Bobcat 751’s rating means, how it differs from tipping load, and what to check before you use it.
Bobcat 751 lift capacity at a glance
The Bobcat 751’s commonly published lift specification is a 1,750 lb rated operating capacity. Its published tipping load is 3,500 lb, and its operating weight is about 5,720 lb. Treat these as model-level figures: the exact machine, attachment, and work conditions matter when judging a load.
| Specification | Published figure | What it tells you |
|---|---|---|
| Rated operating capacity (ROC) | 1,750 lb (794 kg) | Nominal rated capacity for load handling |
| Tipping load | 3,500 lb (1,588 kg) | A stability-related test figure, not a working target |
| Operating weight | About 5,720 lb (2,594 kg) | Approximate machine weight; configuration changes it |
| Engine | Kubota V2203 diesel, about 46 hp | Published model information; verify by serial number |
| Hydraulic flow | About 16.9 US gpm (64 L/min) | Flow figure; attachment fit also depends on pressure and setup |
The ROC is nominally half of the tipping load. That relationship helps explain the figures, but it does not mean you can safely lift 3,500 lb under normal work conditions. Nor does a load below 1,750 lb automatically qualify as safe. The machine’s manual, capacity decals, and the attachment’s rating take priority.
Bobcat 751 machines can differ by serial number and configuration. Tires, counterweights, attachments, and repairs can affect the machine’s actual setup. When a job depends on a close capacity limit, identify the machine by serial number and use its own operating information.
ROC, tipping load, and usable capacity
ROC means rated operating capacity: the manufacturer’s nominal rating for handling a load. Tipping load is a different measurement tied to machine stability. A useful way to read the 751’s figures is to treat 1,750 lb as the published rating to check, and 3,500 lb as a test figure that is not a safe lifting allowance.
The word “capacity” can be confusing because it may refer to different things. The load’s weight is only one part of the decision. Its position, shape, and stability matter, as do the attachment and the ground beneath the loader.
A long, uneven, shifting, or off-center load can affect balance differently from a compact, centered one. The load may also move as the lift arms rise. For this reason, do not use the tipping-load figure to plan a lift, and do not assume a scale reading alone settles the question.
The attachment matters too. A bucket or other tool adds weight and may change how the load sits in front of the machine. The applicable attachment rating and Bobcat’s guidance for your machine should be used along with the ROC. If their limits differ, follow the lowest applicable limit.
How to assess a load before lifting
A capacity check is a short planning step, not just a comparison between a load’s weight and 1,750 lb. Check what the load weighs, how it is held, which attachment is fitted, and what the machine’s manual says for that setup. Then consider the ground, slope, and travel path.
Start with a known or reliable estimate of the load weight. Include the attachment in your assessment, and check whether the attachment is approved for the task and machine. Do not treat a rough estimate as exact when the load is close to the rating.
Next, check whether the load is centered and secured. A shifting load can change position during a lift, which can make the loader less stable. Look for enough clearance to raise, carry, and place the load without striking overhead objects or bringing people into the work area.
Finally, assess the surface. Soft ground, uneven ground, and slopes can make machine behavior less predictable. The nominal ROC is not a safe-payload guarantee for these conditions. If you cannot confirm the machine, attachment, load, and site are suitable, do not proceed until you have the right information.
Equipment Setup and Safety Preparation
Before lifting, confirm that the 751 is ready to operate and that the machine’s own capacity information is available. The manual and decals are the first checks because they apply to the machine in front of you. A sound setup also means the attachment is secured and the operator restraint and safety interlocks work as intended.
Use this pre-use sequence:
- Read the operator’s manual and locate the capacity and operating instructions on the machine.
- Inspect the tires, lift arms, pins, hydraulic hoses, and couplers for visible wear or damage.
- Check that the quick-attach system is locked and the attachment is seated as intended.
- Confirm the seat bar and interlocks work. Wear the seat belt and keep the restraint system functional.
- Check the load’s estimated weight and security, the ground, slopes, overhead hazards, and pedestrian clearance.
- Verify hydraulic compatibility before using a powered attachment. The published flow is about 16.9 US gpm, but flow alone does not confirm fit. Pressure, couplers, and auxiliary-hydraulic configuration also matter.
Do not use the loader if a key safety system or attachment connection is not working correctly. If you see a leak, damaged hose, loose pin, or other fault, stop and follow the manual’s inspection and repair guidance.
Field Operation and Load Handling
The way you lift and travel affects stability. Approach the load squarely, keep it low while traveling, and move smoothly. Raise it only as much as needed to place it. Sudden turns, abrupt braking, or carrying a raised load across a slope can increase tip-over risk.
Before moving, make sure the load is secure and balanced on the attachment. Keep people clear of the work area, especially around the load and lift arms. When traveling, use a controlled speed and avoid sharp turns. Do not use the ROC as permission to carry a load at any height or over any surface.
A raised, off-center, or shifting load is a critical risk, especially when turning or crossing uneven ground. Keep the load low and travel slowly. If the load begins to shift or the machine feels unstable, do not make a sudden maneuver; follow the operator’s manual for the safe response.
Worked load scenarios
These examples show how to think about the 1,750 lb rating; they are not field test results or approval to lift a particular load. A simple weight comparison is only a first screen. The machine’s manual, the attachment rating, load position, and site conditions still decide whether a lift is suitable.
| Example | First-pass reading | What to check next |
|---|---|---|
| A load estimated at 1,500 lb | It is 250 lb below the published ROC on paper. | Confirm the weight, attachment, load position, manual guidance, and site conditions. The difference does not guarantee a safe lift. |
| A load estimated at 1,800 lb | It is above the published 1,750 lb ROC. | Do not treat it as an acceptable lift based on the model rating. Find a suitable machine or change the plan. |
| A 1,000 lb load with a 400 lb attachment | The two weights total 1,400 lb as a basic planning tally. | Use the attachment-specific guidance and serial-specific machine information; the arithmetic alone cannot confirm capacity. |
| A load of unknown weight on soft or sloped ground | The ROC cannot resolve the unknown weight or site risk. | Do not guess. Verify the load and conditions, or do not lift. |
The practical lesson is that “below 1,750 lb” is not the same as “safe in every setup.” When the answer is uncertain, pause and get the correct load and machine information rather than testing the limit.
Maintenance and Inspection
Lift capacity depends on having a machine and attachment in sound condition, but a routine inspection does not change the published ROC. Check the parts that support and control the lift, and address leaks, damage, or loose connections before work. Use the manual for service intervals and repair steps rather than guessing.
Inspect tires, lift arms, pins, hoses, couplers, and the quick-attach lock before use. Look for visible damage or signs of leaks. Check the restraint system and interlocks as directed by the manual. If a fault could affect lifting or control, take the machine out of service until it has been assessed and repaired.
The engine and hydraulic figures are not lift-capacity ratings. The 751 is commonly listed with a Kubota V2203 diesel engine of about 46 hp and hydraulic flow of about 16.9 US gpm. Verify these details against the machine’s serial number; hydraulic flow by itself does not establish that an attachment is compatible.
Shutdown, Storage, and Seasonal Care
End each job with the attachment lowered and the machine parked on stable ground. Set the brake and stop the engine. Relieve hydraulic pressure only as the operator’s manual directs, then check for visible damage or leaks before leaving the machine.
For storage or seasonal care, follow the manual’s instructions for the machine and attachment. Keep capacity decals readable and use the correct manual for the serial number. If a decal is missing or hard to read, do not rely on memory for a close lift; get the correct operating information first.
Bobcat 751 lift capacity FAQs
The short answers below clarify the main capacity terms and common planning questions. They are a starting point, not a replacement for the serial-specific manual, machine decals, or attachment instructions. When those sources give a more specific limit for your setup, follow the applicable lower limit.
What is the Bobcat 751’s rated lift capacity?
Its published rated operating capacity is 1,750 lb (794 kg). It is not a guaranteed payload for every attachment or work condition.
What is the Bobcat 751’s tipping load?
The published tipping load is 3,500 lb (1,588 kg). It is a stability-related figure, not a recommended working load.
Is the ROC half of the tipping load?
Nominally, yes: 1,750 lb is half of 3,500 lb. That relationship does not make the tipping load a usable lift limit.
Can the Bobcat 751 lift 1,750 lb with any attachment?
Not necessarily. Attachment weight, rating, load position, and machine setup matter. Check the attachment instructions and the 751’s manual.
Does a load below 1,750 lb guarantee a safe lift?
No. Ground, slope, load security, and position can affect stability. The ROC is not a guarantee for every job.
What is the Bobcat 751’s operating weight?
It is commonly listed at about 5,720 lb (2,594 kg). Actual weight varies with configuration and attachments.
How much hydraulic flow does a Bobcat 751 have?
The commonly published figure is about 16.9 US gpm (64 L/min). Check pressure, couplers, and auxiliary-hydraulic setup before choosing an attachment.
Does engine horsepower determine lift capacity?
No. The 751 is commonly listed with about 46 hp, but horsepower is not a substitute for its ROC or attachment rating.
Where can I confirm the rating for my machine?
Check the operator’s manual and capacity decals, using the machine’s serial number to find the right information. Verify the attachment rating as well.
What should I do if the load weight is unknown?
Do not guess, especially near the ROC or on uneven ground. Confirm the load weight and setup before lifting.
(This article was written by one of our staff writers, Evan Bradley. Visit our Meet the Team page.)
