Komatsu WA475-11 vs. Hyundai HL970A: Mid-Size Wheel Loader Comparison

Put a Komatsu WA475-11 and a Hyundai HL970A side by side on a quarry pad and most operators would call them the same class of machine. Both are mid-size wheel loaders built to load trucks, handle aggregate, and run a full shift without drama. Spec them out, though, and the two machines make genuinely different bets about what matters on a jobsite -- and those bets are worth understanding before you sign for either one.

The Power and Weight Numbers

The WA475-11 is rated at 342 net horsepower, runs a 4.2 to 5.2 cubic yard bucket, and sits between 56,482 and 57,077 lbs depending on configuration. It replaced the WA470-8 as part of Komatsu's full Dash-11 redesign, built around a new EGR-less DBA127 engine and Komatsu's KHMT hydraulic-mechanical transmission -- the same architecture we broke down in detail in our WA475-11/WA485-11 spotlight.

Hyundai's HL970A comes in lighter at 54,454 lbs, with 325 net horsepower from a Cummins L9 at 2,100 rpm and a 5.49 cubic yard heaped bucket. That's a real pattern worth sitting with for a second: the heavier Komatsu actually carries a smaller bucket range than the lighter Hyundai. Bucket capacity and operating weight don't move in lockstep between manufacturers, and a buyer shopping by horsepower or weight alone can end up with the wrong machine for the pile they're actually loading.

Hyundai's own HL970A has its own recent engineering story worth knowing -- it swapped away from a Scania powerplant to the Cummins L9 that's in the spec sheet above, a supplier change we covered in full in our Scania-to-Cummins engine swap breakdown. That matters here because Cummins parts and service availability across North America is about as deep a bench as exists in diesel power, which is a real factor when you're committing to a loader for the next decade.

Breakout Force and Tipping Load Tell the Real Story

Horsepower gets the attention, but breakout force and tipping load are what actually decide whether a loader can fill a bucket in one clean pass or has to work the pile twice. The HL970A posts 47,873 lbs of bucket breakout force and a 34,945 lb full-turn tipping load in its standard Z-bar configuration -- strong numbers for a machine in the mid-54,000 lb weight class, and a big part of why Hyundai can run that larger bucket on a lighter chassis.

Komatsu doesn't publish directly comparable breakout figures on the WA475-11's public spec sheet in the same format, but the engineering context matters more than the raw number here: Komatsu's KHMT transmission keeps the engine in its optimal power band continuously rather than shifting through fixed gears, which changes how breakout force gets delivered through a dig cycle compared to a conventional torque-converter machine like the HL970A. A torque converter loader like the HL970A builds breakout force in a familiar, predictable way operators have run for decades. KHMT's continuously variable delivery is smoother but asks an operator used to a torque converter to recalibrate their feel for the machine, at least for the first few weeks.

Where Each Machine's Engineering Priorities Actually Differ

Komatsu's Dash-11 generation leans hard into efficiency and uptime: an EGR-less engine design that strips emissions-system complexity out of the maintenance routine, extended service intervals (6,000-hour hydraulic oil changes, 8,000-hour KDPF cleaning), and an Angle Feedback Joystick Steering system that cuts wrist fatigue over a full shift. These are the choices of a manufacturer optimizing for total cost of ownership across a long duty cycle.

Hyundai's engineering story on the HL970A leans toward operator-facing value and support depth. The machine ships with an onboard weighing system for tracking payload accuracy, a bucket design using HARDOX 400 wear-resistant steel in high-wear zones, and five years of free Hi-Mate telematics coverage bundled in -- a real cost saved versus paying for a subscription separately. Hyundai's bucket engineering focuses on retention: a wider opening and curved side plates designed to reduce material spillage on the travel cycle, which matters more than it sounds for anyone running long hauls between the pile and the truck.

Travel speed is a genuine differentiator too. The HL970A posts 24.9 mph forward and 17.3 mph reverse, which is meaningfully quick for this weight class and worth knowing if your operation moves material over any real distance between loading and dumping rather than working a tight stockpile.

Cab, Visibility, and the Operator's Actual Day

Komatsu rebuilt the WA475-11's cab around a four-pillar design with the rear pillars eliminated and a lower glass line, pushing visibility up 21% over the previous Dash-8 generation. Dual rear-side radar paired with a warning buzzer comes standard, tuned specifically to avoid the kind of false-alarm fatigue that makes an operator start tuning out safety alerts altogether -- a real engineering problem Komatsu clearly spent time solving rather than just bolting sensors on and calling it done.

Hyundai doesn't publish the same side-by-side visibility percentage gain for the HL970A, but the cab carries forward Hyundai's standard features across the current generation: an air-conditioned, pressurized cab, and the onboard weighing system display integrated directly into the operator's sightline rather than requiring a separate glance to a side-mounted readout. For an operator running a full shift, where that payload data lives in the cab's layout is a small detail that adds up over hundreds of loading cycles a day.

Fuel system capacity is worth a direct look too. The WA475-11 and its larger WA485-11 sibling run a 94.8-gallon fuel tank, sized specifically so a full shift of continuous loading doesn't force a mid-day refueling stop. Hyundai doesn't publish an equivalent tank figure on the HL970A's public spec sheet, which is itself worth asking your dealer about directly if shift-length fuel autonomy is a real constraint on your site -- a loader that needs refueling mid-shift costs you real production time regardless of which brand's logo is on the hood.

Resale and the Long-Term Ownership Math

Komatsu's institutional track record in North America means a WA475-11 (and the Dash-8 generation it replaces) has a deeper used-equipment market history to draw resale comparisons from -- auction data and dealer trade-in values for prior Komatsu wheel loader generations are extensively documented, which gives a buyer more confidence modeling what the machine will be worth in five or eight years. Hyundai's wheel loader resale data is thinner simply because the brand's North American wheel loader presence is younger, which doesn't mean the HL970A will hold value poorly, but it does mean a buyer is modeling that resale curve with less historical data to lean on.

That asymmetry cuts both ways in a financed or leased deal. A lender underwriting residual value on a machine with a longer documented resale history can sometimes offer more favorable end-of-term terms, simply because the collateral risk is better understood. It's a conversation worth having directly with your financing partner for either brand, not an assumption to make on your own.

Dealer Network and Service Reality

This is where the comparison gets less abstract and more practical. Komatsu's North American dealer network is older and denser than Hyundai's, built over decades of heavy-equipment distribution, with deep bench strength in parts and certified technicians across most major metro and rural markets. Hyundai Construction Equipment Americas, headquartered in Norcross, Georgia, has grown its network substantially but it's still the newer entrant in most regions, and an honest buyer should ask a dealer directly about parts fill rate and technician availability in their specific market before assuming either brand's coverage matches the other's.

That's not a knock on Hyundai -- the HL970A's 5-year free Hi-Mate telematics and the warranty terms Hyundai backs its machines with are genuinely competitive, and a lot of contractors running Hyundai iron report real satisfaction with their local dealer relationship. It's simply a different calculation than Komatsu's longer institutional track record, and it's worth a phone call to your actual regional dealer for both brands before deciding, not a decision made off spec sheets alone.

Maintenance Philosophy: Fewer Parts vs. Familiar Parts

There's a genuine philosophical split underneath the spec sheets here, and it's worth naming directly. Komatsu's KHMT transmission eliminates the need for a separate brake-cooling system entirely through built-in dynamic transmission braking, which is one less system for a technician to service over the machine's life. Combined with the EGR-less engine design, the WA475-11 is built around the idea that removing components reduces both failure points and the hours a technician needs to spend on routine service.

The HL970A's Cummins L9 and conventional torque-converter drivetrain represent the opposite philosophy: more components, but components an enormous population of diesel technicians across North America already knows cold from decades of Cummins engines in everything from dump trucks to generators to agricultural equipment. When the diesel technician shortage currently squeezing the industry means some shops have a multi-week wait for specialized work, a technician's existing familiarity with a Cummins L9 versus a newer-architecture Komatsu transmission is a real, practical factor in how fast a repair actually gets scheduled and completed.

Neither approach is wrong. Fewer systems to fail is a genuine engineering advantage; a familiar engine platform with a deep technician bench is a genuine practical advantage. Which one matters more to your operation depends on how confident you are in your dealer's specific KHMT service capability versus how much you value your existing relationship with a Cummins-fluent shop.

Which Machine Fits Which Job

If your operation is built around long multi-shift duty cycles -- quarries running two or three shifts a day, aggregate operations counting every cycle against a truck fleet -- the WA475-11's extended service intervals and fuel efficiency gains compound meaningfully over thousands of annual hours, and that's where Komatsu's Dash-11 investment pays off hardest.

If you're running shorter daily cycles, moving material over longer distances between pile and dump, or you value the onboard weighing system and extended free telematics bundled into the purchase price, the HL970A's lighter weight, faster travel speed, and larger bucket make a real case for themselves. Neither machine is the objectively "better" loader -- they're built around different assumptions about how a contractor actually runs a fleet day to day.

• Multi-shift quarry and aggregate operations prioritizing fuel burn and extended maintenance intervals: WA475-11

• Operations moving material longer distances with faster cycle times: HL970A

• Fleets wanting payload-tracking and bundled telematics without extra subscription cost: HL970A

• Operations already running Komatsu iron with an established parts relationship: WA475-11

Financing Either Wheel Loader

Whichever machine fits your operation, the financing conversation looks fundamentally similar: a wheel loader this size earns its keep through utilization, and the right loan or lease structure should be built around your actual duty cycle rather than a generic payment schedule. Komatsu Financial runs as a true captive lender with HSBC behind it, while Hyundai's financing routes through third-party partners rather than a captive arm of its own -- a distinction we cover in full in our guide to equipment financing structures for large wheel loaders.

BFC works with contractors nationwide to structure terms around your real utilization, whether you're financing a new WA475-11 for a growing quarry contract, a late-model HL970A for an expanding aggregate operation, or a used unit of either brand coming off a prior owner's fleet. Seasonal aggregate demand doesn't move in a straight line, and your payment schedule shouldn't have to either.

Ready to talk through financing for your next wheel loader? Apply for equipment financing and our team will walk you through term options built around how you actually run your fleet. You can also browse current listings on our equipment marketplace, visit our homepage to see our full range of financing programs, or subscribe to the blog for the next equipment comparison.