Wheels or Tracks: The Kubota SSV75 vs. the John Deere 331 P-Tier, Matched to Your Ground

"Should I buy a skid steer or a track loader" is one of the most common questions we hear from contractors financing their first or second piece of compact equipment, and it usually gets answered badly -- either with "tracks are always better" from someone who's never priced out replacement rubber tracks, or "wheels are cheaper" from someone who's never tried to grade wet clay on tires. The honest answer depends entirely on what ground you actually work, and the best way to make that concrete is to put two real machines side by side: the Kubota SSV75, a wheeled skid steer, and the John Deere 331 P-Tier, a compact track loader. Both are serious, mid-size machines from manufacturers we finance every week. Neither is the "beginner" or "budget" option. They're built for different ground.

The Spec Sheet, Side by Side

Start with horsepower, because it sets the tone for everything else. The Kubota SSV75 runs a 74.3-gross-hp Kubota V3307-CR-TE4 turbocharged diesel. The John Deere 331 P-Tier runs noticeably more muscle: 98 gross hp and 95 net hp. That's not a small gap -- it's close to a 30% power advantage for the Deere, and it shows up everywhere else on the spec sheet too.

• Operating weight: SSV75 at 8,245-8,466 lbs vs. 331 P-Tier at 11,914 lbs -- the Deere is roughly 3,500-3,600 lbs heavier

• Standard hydraulic flow: SSV75 at 20.9 gpm vs. 331 P-Tier at 25 gpm (94.6 L/min)

• High-flow hydraulic option: SSV75 at 30.4 gpm vs. 331 P-Tier at 39 gpm (147.6 L/min) -- a real gap for anyone running high-demand attachments

• Rated operating capacity: SSV75 at 2,690 lbs (50% of tip) vs. 331 P-Tier at 3,150 lbs (35% of tip, the SAE-standard rating for tracked machines) or 4,500 lbs at 50% of tip

• Tipping load: SSV75 at 5,380 lbs vs. 331 P-Tier at 9,000 lbs

• Top travel speed: SSV75 at 11.8 mph high range vs. a typical compact track loader's crawl speed in the 7-8 mph range

Why the Numbers Point in Different Directions

Look at that list and a pattern jumps out: the SSV75 wins on top speed, and loses on almost everything else -- weight, flow, lift, and tipping load. That's not the SSV75 being an inferior machine. It's wheels versus tracks doing exactly what they're built to do. A wheeled machine can be lighter and still perform well because it doesn't need the added structural weight of a track undercarriage, and that lighter weight combined with a road-speed-capable drivetrain is what gets you 11.8 mph instead of a tracked crawl. A tracked machine carries that undercarriage weight for a reason: it spreads ground pressure over a much larger footprint, which is what lets the 331 P-Tier deliver a higher rated operating capacity and tipping load without punching through soft ground the way a wheeled machine's tire contact patch would. Neither number is "better" in isolation. They're optimized for different jobs.

Ground Pressure: The Number Nobody Puts on a Brochure

Neither manufacturer leads with ground pressure figures, but it's the underlying reason every other number on these two spec sheets points where it does. A tracked undercarriage spreads a machine's weight across a much larger contact area than four tires can, even on a lighter machine, which is why the 331 P-Tier can carry a heavier operating weight and still outperform the SSV75 on soft ground. The SSV75, meanwhile, concentrates its lighter weight onto four tire contact patches, which sounds like a disadvantage until you're on a hard, load-bearing surface where that concentrated weight translates into better traction and control at speed. This is the single physical fact that explains almost every other difference in this comparison -- everything else is downstream of it.

Where the SSV75 Wins

On pavement, packed gravel, or a finished slab, the SSV75's extra travel speed is a real productivity advantage -- you're covering ground between the pile and the truck noticeably faster, and over a full day of loading cycles that adds up to more material moved. Tires also don't chew up asphalt or stamped concrete the way tracks can, especially on tight turns, which matters directly to hardscapers, pavers, and anyone doing driveway or parking lot work where the surface itself is the deliverable. And tire replacement is meaningfully cheaper than track replacement over the life of the machine, which matters if your crew racks up real hours on it every week. We covered this angle in more depth in our spotlight on the SSV75 on its own if you want the full breakdown of what it brings to a paved or semi-finished jobsite.

Where the 331 P-Tier Wins

Put either machine on wet clay, loose fill, mud, or uneven graded soil, and the calculation flips hard. The 331 P-Tier's larger ground-contact footprint from its tracks means dramatically better flotation -- it won't sink or spin the way a wheeled machine will on soft ground, and that translates directly into fewer stuck machines and less time spent digging yourself out instead of working. The extra 39-gpm high-flow capacity and nearly 30% more horsepower also matter a lot once you start running demanding attachments: forestry mulcher heads, cold planers, stump grinders, and trenchers all want more flow and more sustained power than a wheeled machine's hydraulic system is built to deliver without bogging down. And the higher rated operating capacity and tipping load mean the 331 P-Tier can lift and carry heavier pallet loads and material buckets without getting nervous about tipping forward.

Maintenance Costs Over the Life of Each Machine

This is where the two machines' total cost of ownership stories diverge in ways that don't show up on a purchase-price comparison. Rubber tracks on a compact track loader are a wear item with a real, recurring replacement cost, and that cost climbs faster the more the machine works on abrasive surfaces like gravel or asphalt -- exactly the conditions a wheeled machine tolerates without issue. Tires on the SSV75, by contrast, are cheaper individually and dramatically cheaper to replace on a schedule, but they offer far less flotation and traction on soft ground, so running an SSV75 somewhere it doesn't belong burns through tires and fuel fighting for traction it was never going to get. Neither machine has a categorically lower cost of ownership -- the honest answer is that cost of ownership is a function of matching the machine to the ground, not a fixed property of wheels versus tracks in the abstract.

Matching the Machine to the Trade

• Paving and asphalt maintenance crews, hardscapers, and concrete flatwork contractors working finished or semi-finished surfaces: the SSV75's speed and surface-friendliness win

• Land-clearing and forestry mulching operations, and anyone running high-flow attachments regularly: the 331 P-Tier's flow and horsepower win

• Foundation and site-work contractors on loose, wet, or ungraded soil: the 331 P-Tier's flotation and traction win

• General contractors and property maintenance operations covering multiple paved sites where travel speed between jobs matters more than raw lift capacity: the SSV75 wins

• Demolition and material-handling operations moving heavy debris loads that push close to rated capacity: the 331 P-Tier's higher tipping load gives more margin

What Happens When Your Work Is Mixed

Plenty of contractors don't fit neatly into "always paved" or "always soft ground" -- a general contractor might grade a lot one week and finish a driveway the next, or a landscaper might clear brush on one job and lay pavers on another. If that's genuinely your situation across roughly even split of jobs, the honest answer is that a single machine is always going to be a compromise on one type of work or the other, and the question becomes which compromise costs you less. For most contractors in that position, we'd point toward the tracked machine as the safer single-purchase default, simply because a track loader can still work a paved lot at reduced efficiency, while a wheeled machine genuinely cannot work soft, wet ground at any efficiency. But if your fleet already has a tracked loader and you're adding a second machine specifically to handle the paved and finished-surface work more efficiently, that's exactly the scenario where the SSV75 earns its keep as a complement rather than a replacement.

The Cost of Getting This Wrong

The real money mistake in this decision isn't buying the "wrong" machine in some absolute sense -- both of these are excellent, well-built pieces of equipment from manufacturers we finance regularly. It's buying whichever one a rental yard happened to have available and then running it on ground it wasn't built for. A wheeled machine spinning its tires in mud all morning isn't just slow, it's tearing up the ground and burning fuel for zero productivity. A tracked machine grinding across a mile of asphalt lot at low speed all day is wearing down expensive undercarriage components for a job a wheeled machine would have finished faster and cheaper. If your crew's dominant ground condition is consistent -- and for most specialty trades, it is -- owning the machine actually built for that ground beats defaulting to whatever's on the rental lot, every time. That's also exactly why undercarriage condition matters so much as a loan-to-value factor when you're evaluating a used tracked machine: tracks that have spent their life on the wrong ground wear a lot faster than tracks used as intended.

Financing Either One the Right Way

Both machines come with strong telematics packages worth understanding before you sign -- Kubota's connected equipment data and JDLink on the Deere side both feed into how Product Link, JDLink, and KOMTRAX data can shape your next equipment loan, giving your lender and your own operation real visibility into utilization and machine health over the life of the loan. And once either machine is a few years into a financing term, the equity built up in it can become working capital through a sale-leaseback if your business needs cash flow more than it needs that specific unit on the balance sheet. The horsepower-and-flow comparison we ran here is similar in spirit to our earlier look at the Kubota SVL110-3 against the John Deere 333G, except that comparison was two tracked machines of similar size -- this one is a genuine wheels-versus-tracks decision, which is a different and, honestly, more consequential question for a lot of contractors than which brand's tracked loader to buy.

The Bottom Line

Neither the SSV75 nor the 331 P-Tier is the universally correct answer. The SSV75 is the better machine if your work lives on pavement, gravel, and finished ground and travel speed between tasks matters. The 331 P-Tier is the better machine if your work lives on soft, wet, or uneven ground and you're running attachments that demand real hydraulic flow and horsepower. Know which ground your crew actually works on more days than not, and buy for that -- not for whichever machine happened to be sitting on the rental lot the last time you needed one.

Ready to figure out which one belongs on your jobsite? Head back to our home page to see how BFC works with contractors like you, start your equipment financing application in a few minutes, browse our current equipment for sale and financing inventory for units ready to move on, or subscribe to the BFC blog for more honest comparisons like this one.