Mini Track Loaders: Models and Buying Criteria

Start your mini track loader shortlist with the job. Measure the route into the site, list the tools you plan to use and define the load you need to handle. Those needs give you a way to screen a machine before asking for a quote. A familiar brand name or a high load rating cannot answer every fit question.

This guide draws on manufacturer documents for seven tracked stand-on loaders. Larger seated compact track loaders, excavators and wheel-only machines fall outside its scope. Boleo publishes the guide and includes our own DIWAL-X Turbo. The models are in alphabetical order by manufacturer, not ranked by performance.

Use the profiles to choose setups worth checking. Then work through access, load and tool fit to decide what to rule out or ask next.

What this shortlist covers

We reviewed the manufacturer documents used here on October 10, 2026. Each selected model has official documentation establishing its tracked stand-on design and at least one useful buying detail. We chose one model per manufacturer to keep the comparison manageable. The seven entries form a starting set for further checks, not a complete list of machines on the market.

The review date is not the issue date of every brochure or manual. Match the documents to the machine you are discussing with a supplier, including its options and, where stated, serial range. Ask separately about local stock and delivery.

If you are still sorting out equipment names, our mini skid steer loader knowledge hub explains the broader categories. Here, we focus on differences between named machines and the packages you would use. Keep each width and load figure attached to its stated setup as you read. A number copied without its bucket, track or arm condition can change the buying decision.

Seven mini track loaders to compare

Use this table to find the detail that deserves a closer look. The profiles below give the published figures and their conditions. ROC means the manufacturer’s rated operating capacity; its stated basis matters as much as the number.

Bobcat MT120

Bobcat lists the MT120 at 1,200 lb ROC, based on 35% of tipping load. Its published width is 36 inches with the bucket and standard tracks. These are the MT120 entries in the Bobcat mini track loader brochure.

The width gives you a specific package to compare with your access measurements. Ask whether the quoted machine has that bucket and track setup, especially if your tool list differs. Keep the stated rating basis with the capacity when comparing it with another model.

Boleo DIWAL-X Turbo

Our DIWAL-X Turbo is a stand-on mini track loader. We describe its multi-stage damping platform as helping to reduce vibration during stand-on work. It also uses wear-resistant steel on the bucket side plates and cutting lip.

Use these details to guide a closer look at the platform and bucket. They describe product features; they do not measure how the Turbo compares with other machines. For your shortlist, request confirmed width, load and tool information for the proposed Turbo setup. Assess that package against the same site requirements you send to other suppliers.

Boxer 700HDX

The Boxer 700HDX product page describes an expandable and retractable tracked undercarriage. It lists 707 lb operating capacity at 35% of tipping load.

The track position is a detail to settle before you compare widths. Ask for the dimensions and applicable instructions for the exact setup being offered, including the intended attachment. Keep its access status unconfirmed until you have those details; the retractable feature by itself does not establish passage through a particular opening.

Ditch Witch SK1050

The SK1050 specification sheet lists 1,062 lb operating capacity at 35% of tipping capacity. It also gives an auxiliary circuit flow of 13.9 US gallons per minute, or US gpm. Auxiliary flow describes the hydraulic flow supplied to a powered attachment.

That figure is useful when you ask a tool supplier to check a proposed match. Flow is only part of the review: mounting, pressure and permitted load also need to agree. Confirm the delivered machine’s specification because selected options can change it. Avoid treating one hydraulic figure as proof of tool compatibility.

Kubota SCL1000

Kubota’s SCL1000 brochure lists 1,000 lb ROC on a 35% basis and 36 inches overall width with the standard bucket.

The bucket qualifier makes this a useful comparison with the MT120’s stated package. Both descriptions include a bucket, but that does not establish equal load performance or fit with another attachment. Start by checking whether your proposed SCL1000 package retains the standard bucket. If you plan to use a different tool, ask for the width of that setup before keeping it on an access-limited shortlist.

Toro TX1300

The Toro TX1300 manual lists a 46-inch width. Its load rating changes with arm position: 1,300 lb retracted and 618 lb extended, both at 35% of tipping capacity.

These figures apply to manual model 22370, serial 400000000 and up. The capacity basis uses a standard bucket, a 165 lb operator and ISO 14397-1. Keep those conditions with the figures when discussing a machine. If your job calls for the arms to extend, ask about that working position rather than selecting the loader from the retracted rating alone.

Vermeer CTX100

Vermeer’s CTX100 specifications list 36 inches without the standard bucket and 42 inches with it. The published 1,035 lb ROC is labeled SAE; the reviewed specification does not state a tipping-load percentage.

The width difference is immediately useful for checking a bucket-equipped access route. The capacity needs a different follow-up: ask for its applicable rating basis and attachment conditions before placing it beside the other load figures. Keep the SAE label visible rather than assuming that it means the same percentage used elsewhere in this guide.

Check the route with the intended attachment

Measure the narrowest usable opening on the route, then compare it with the full machine and attachment package. Include the approach and the space needed to maneuver in your supplier discussion. A width can reveal a clear mismatch, but it cannot describe every turn or obstacle between the delivery point and the work area.

The MT120, SCL1000 and CTX100 show why the attachment qualifier matters. Bobcat lists the MT120 at 36 inches with its bucket and standard tracks. Kubota lists the SCL1000 at 36 inches with its standard bucket. Vermeer’s 36-inch CTX100 figure excludes the standard bucket; with that bucket, the stated width is 42 inches. Copying all three as “36-inch machines” would hide a difference that can change your shortlist.

Consider a hypothetical site with a 40-inch clear opening. On paper, the CTX100 with its stated 42-inch standard bucket fails that width check. That excludes this particular configuration from that route. It does not settle whether another documented setup could work, and removing the bucket should not be assumed to be an approved workaround.

The two stated 36-inch packages do not fail the same width comparison. They still need further checks for clearance, approach, turns and the actual attachment you intend to use.

Keep the result in your notes with the configuration named:

• Documented mismatch: Exclude that setup for the stated requirement.
• Missing information: Ask the supplier for the relevant dimensions and leave the result open.
• No mismatch found: Continue to the next check and confirm the full route.

Use the same approach where this guide gives no width, including the Turbo and the retractable-track Boxer. An omitted dimension does not establish that a candidate is narrower or wider. Obtain the details first. This keeps a missing answer from becoming an accidental pass and lets you revise one configuration without discarding an entire brand.

Compare the load rating for the work position

Rated operating capacity, or ROC, is the manufacturer’s stated load rating under specified conditions. Before comparing figures, record the rating basis, attachment and relevant arm position. A capacity number detached from those conditions can describe a different task from the one you need to perform.

The Toro TX1300 makes the distinction clear. Its manual lists 1,300 lb with the arms retracted and 618 lb with them extended. Both use 35% of tipping capacity, with a standard bucket and a 165 lb operator under ISO 14397-1. The cited manual covers model 22370, serial 400000000 and up.

If your planned work requires extension, the retracted figure cannot answer the load question. You need the applicable limit for the extended position and the tool being proposed. A supplier discussion that starts with “Can it handle this load at this position?” is more useful than asking only for the machine’s headline capacity. Use these figures to screen a purchase, not to plan lifts or travel with extended arms.

Differences between manufacturers need the same care. The MT120 and SCL1000 figures explicitly state a 35% basis. Vermeer’s CTX100 figure is labeled SAE, without a tipping percentage in the reviewed specification. That missing detail prevents treating all three ratings as a single like-for-like ranking. Ask for the basis rather than calculating or assuming one.

Even a matching percentage does not settle whether your intended attachment and work position share the published conditions. Name the tool when you ask about the load. A rating for a bucket should not silently become the answer for every tool you might order.

For each remaining candidate, write down the load you need to handle, the proposed attachment and the required work position. Ask the supplier to show the manufacturer’s load limit for that setup. Where you still need confirmed load information, including for a proposed Turbo package, leave the capacity comparison open. This gives you a specific next step without turning an uncertain figure into a buying recommendation.

Check the tool package and transport setup

Once you have checked access and load, review the tool package. Put the machine’s documents beside the attachment’s requirements. Check the mounting interface, auxiliary hydraulic flow, pressure and permitted load together. A tool that fits the mount still needs these other checks before you can judge its fit for the work.

The SK1050’s published auxiliary flow of 13.9 US gpm is a starting point for that conversation. Send the tool supplier the exact machine setup and ask them to review the attachment’s requirements against it. Ask which connections and controls the proposed pairing needs, rather than assuming that a familiar-looking mount settles the question. Keep any unresolved requirement on the quote request so it receives a clear answer before you commit.

If you expect to change tools during the day, list each proposed attachment by model. A confirmed answer for one pairing should not be carried across to the rest without checking. Ask the supplier to identify the documents supporting each match. You then have an answer for the tool you need, rather than a broad promise about the range of tools a loader accepts.

Then review how the package will reach the site. A published machine weight may leave out the attachment: the SK1050 sheet, for example, explicitly describes its machine-weight entry as having no attachment. Your transport plan needs the ordered machine, intended attachments and other items carried with them. Ask for the relevant weights rather than building a total from an incomplete brochure figure.

Check that complete package against the selected trailer and tow vehicle ratings, and follow the applicable loading and hauling instructions. The Toro manual cited above includes a separate hauling section, which illustrates why a machine’s working specifications are only part of transport planning. The result you need at this stage is a documented transport requirement and a check of the proposed equipment’s ratings. Keep that step separate from deciding whether the loader can perform the job once it arrives.

Send a configuration brief before you request a quote

Turn your shortlist into a request that suppliers can answer against the same requirements. We suggest sending a short brief with the items below, along with any measurements or documents that explain the job:

• Work and access: Describe the task, narrowest opening and route constraints. Include the space available to approach and maneuver.
• Machine and tools: Name the exact model, track setup and attachments you want quoted. Ask the supplier to confirm the complete package dimensions.
• Load and position: State the intended load and required working position. Request the applicable rating and its conditions for that setup.
• Transport: Describe the planned trailer and tow vehicle. Ask for package weights and the relevant loading and hauling instructions.
• Documents and demonstration: Request the correct manuals and a demonstration of the intended configuration. Identify the questions you want the demonstration to address.
• Ownership support: Ask who will handle parts enquiries, where to obtain maintenance documents and which written warranty terms apply to the delivered machine.

Ask suppliers to mark any item they have not yet confirmed. You can then compare complete answers and follow up on the gaps, instead of treating every quote as the same offer. Keep the written replies with the proposed configuration so later changes can be checked against your original needs.

If you are considering our DIWAL-X Turbo, share that same brief with us. Start with the job and the package you need confirmed.