Hyundai HL940A vs. Komatsu WA200-8: Sizing a Mid-Size Wheel Loader to Your Job
Hyundai and Komatsu take genuinely different approaches to the mid-size wheel loader class, and the HL940A and WA200-8 are the clearest expression of that difference in this weight range. Hyundai leans on a Cummins Performance Series engine and straightforward Z-bar mechanics; Komatsu leans on its own engine, a hydrostatic drivetrain, and a parallel-lift PZ linkage. Both are legitimate, well-engineered answers to the same jobsite question — how do you move the most material with the least operator fatigue — and the real spec sheets show two companies solving that problem from opposite directions. Neither approach is a compromise; they are simply built around different assumptions about what an operator needs most from a mid-size machine.
Hyundai's A-Series wheel loaders switched to Cummins Performance Series engines specifically to hit the international Stage 5 emissions standard, and Hyundai's own materials claim more than a 10 percent power increase and nearly 20 percent more torque than the engines they replaced, using less fuel in the process. That upgrade, combined with an accurate onboard weighing system and a redesigned bucket for better load retention, is the core of Hyundai's pitch for the HL940A.
Hyundai HL940A: Cummins Power and Onboard Weighing
The HL940A runs a Cummins B6.7 engine rated at 156 net hp at 2,200 rpm with 550 lb-ft of maximum torque at 1,300 rpm, a heaped bucket capacity of 3.01 cubic yards, and a bucket breakout force of 26,015 lb. Forward travel speed reaches 24.9 mph with 16.2 mph in reverse, and dump clearance with the bucket in the standard Z-bar configuration is 9 ft 1.6 in. Hyundai includes free use of its Hi-Mate cellular-based remote management system for five years with every new A-Series loader, a meaningfully longer free telematics window than most competitors offer standard, and the HL900 A-Series carries forward Hyundai's onboard weighing system for real-time load accuracy without a separate scale. The HL940A is also available in an XT configuration with a different boom geometry for extended reach applications, and buyers should confirm with their dealer exactly which configuration a quoted spec sheet reflects, since operating weight, tipping load, and horsepower all shift somewhat between the standard Z-bar and XT boom options.
Komatsu WA200-8: Hydrostatic Drive Scaled Down
The WA200-8 runs a Komatsu SAA4D107E-3 engine rated at 126 net hp (128 gross hp) at 2,000 rpm, with an operating weight of 25,827 to 26,489 lb and a bucket capacity of 2.6 to 3.1 cubic yards. Like its larger WA320-8 sibling, the WA200-8 uses a full hydrostatic transmission with variable speed traction control and single-pedal HST braking, plus the same parallel-lift PZ linkage that Komatsu says combines Z-bar material retention with genuinely high breakout force. Loader hydraulic capacity is a comparatively modest 14.3 gpm at 3,000 psi (smaller machines in Komatsu's lineup run smaller pumps), hydraulic cycle times are fast at 5.7 seconds to raise, 1.9 to dump, and 3.2 to lower, and top speed in 4th gear is 23.6 mph. Fuel tank capacity is 46.8 gal, minimum turning radius is 16 ft, and KOMTRAX Level 5 telematics ships standard, matching the same connected-fleet platform Komatsu uses across its entire wheel loader range, including the larger WA320-8.
Head-to-Head: Power vs. Drivetrain Smoothness
The horsepower gap here is the widest of any comparison in this series, and it changes the calculus considerably compared to a closer fight.
At 156 hp, the HL940A carries roughly 30 hp more than the WA200-8's 126 hp, and it is also the heavier and larger-bucket machine of the two, which together explain most of the production gap between them. The WA200-8 answers back with drivetrain smoothness: Komatsu's HST and single-pedal braking are genuinely easier to learn on and gentler on brake wear over the life of the machine, an advantage that shows up more in total cost of ownership than on a spec sheet. The practical read here is straightforward: if your jobsite genuinely needs a 150-plus-horsepower loader, the WA200-8 is simply undersized for the work and the comparison should really be between the HL940A and Komatsu's WA270-8 or WA320-8 instead. If your material volume fits comfortably in the WA200-8's class, its lighter weight, tighter turning radius, and HST smoothness are worth more than the HL940A's extra power, which would largely go unused. This pairing is less an apples-to-apples fight than a reminder to size your loader to your actual material volume before comparing brands at all.
Engine Philosophy: Cummins vs. In-House
One of the more interesting differences between these two loaders has nothing to do with the spec sheet numbers directly: Hyundai buys its A-Series engines from Cummins, while Komatsu designs and builds its own SAA4D107E-3 engine in-house. Hyundai's move to Cummins Performance Series power was specifically driven by the need to hit Stage 5 international emissions standards while shrinking the physical size and weight of the power package, and the company backs that engine choice with the same parts and service network Cummins maintains across its entire industrial and on-highway engine business — a real advantage in regions where a Cummins service center may be easier to find than a specialized wheel loader dealer. Komatsu's in-house engine strategy means every service interaction, software update, and warranty claim runs through a single manufacturer with no third party in the loop, which some fleet managers prefer for accountability even though it means Komatsu-specific parts rather than a broadly available industrial engine platform. Neither approach is wrong, but it is worth asking your dealer directly which service network actually has better coverage in your operating area before assuming either brand's answer applies uniformly everywhere.
Fluid Capacities and Everyday Serviceability
Day-to-day maintenance numbers scale roughly with the horsepower and weight gap between these two machines. The WA200-8 carries a 46.8-gallon fuel tank, a 15.3-gallon hydraulic reservoir, a 3.7-gallon DEF tank, and roughly 4.9 and 4.8 gallons in the front and rear axles respectively — noticeably smaller capacities across the board than the larger WA320-8, which tracks with its lighter-duty positioning in Komatsu's own lineup. Komatsu's swing-out cooling fan with auto-reversing function and gull-wing engine doors carry over from the rest of the WA-8 series, so the same easy-maintenance design language applies at this smaller size. Hyundai's published spec sheet for the HL940A is less granular on service capacities in its public-facing materials, but the company's broader A-Series marketing emphasizes serviceability as one of its five core feature pillars alongside reliability, performance, convenience, and safety, and the free five-year Hi-Mate subscription gives a fleet manager remote visibility into fault codes and utilization without paying for a third-party telematics add-on during that window — worth factoring into your total cost of ownership math even before the first scheduled service.
Which Trades Should Buy Which Machine
General contractors, landscape material yards, and agricultural operations that need real production out of a single mid-size loader — moving significant aggregate volume or running heavy attachments most of the day — are the better fit for the HL940A's extra horsepower and torque, especially paired with the free five-year Hi-Mate telematics subscription. Smaller contractors, municipal fleets, and operations working in tighter yards where the WA200-8's smaller turning radius and lighter footprint matter more than raw output are the better match for the Komatsu, particularly if the crew includes less experienced operators who will benefit from HST's simpler single-pedal control. A fleet that already runs a Komatsu WA320-8 or WA270-8 elsewhere has a real argument for staying in-brand with the WA200-8 purely for parts and training consistency, even if the HL940A's numbers look better on paper for a specific job.
Snow-removal contractors deserve a specific mention here, since both brands market directly into that seasonal work. The HL940A's higher horsepower and faster forward travel speed of 24.9 mph help clear larger lots faster per pass, while the WA200-8's tighter 16-foot turning radius is a genuine advantage in cramped parking structures, alleyways, and residential cul-de-sacs where a wider-swinging loader simply cannot maneuver as efficiently. A contractor running mixed commercial and residential snow routes may find a real case for both machines side by side rather than standardizing on just one.
Rent vs. Own in the Mid-Size Wheel Loader Class
Mid-size wheel loaders in this weight range typically rent for $350 to $600 a day, $1,000 to $1,800 a week, and $2,800 to $4,500 a month, and a contractor running one on a steady project rather than a single job will generally clear the cost of ownership well within the first year or two of what would otherwise be rental spend. Owning the machine instead means the telematics, onboard weighing, and engine configuration are set up exactly the way your operation needs, and it means the loader is on your yard the day a job needs it instead of waiting on whatever a rental company happens to have available in your size class.
Financing the HL940A or the WA200-8
BFC Equipment Loans finances both Hyundai and Komatsu wheel loaders, and we structure terms around your actual material volume and credit profile rather than steering you toward whichever brand we happen to have a relationship with. Deposit requirements typically range from $0 down for strong credit up to 20 to 40 percent for newer or credit-challenged businesses. For more context, our Hyundai HL970A wheel loader spotlight covers the next size class up in Hyundai's lineup if the HL940A's output still leaves you wanting more, and our Komatsu WA380-8 vs. CAT 950 GC mid-size wheel loader comparison looks at how Komatsu's next size class up stacks up against another approved manufacturer.
Neither loader is the wrong purchase, but this pairing rewards honest self-assessment more than most. The HL940A is the machine to buy if your material volume genuinely needs more than 150 hp. The WA200-8 is the machine to buy if it does not, and you would rather have HST smoothness and a tighter turning radius than horsepower you will not use. Size the loader to the job first, then pick the brand that fits how your crew operates. If you are genuinely torn between the two after reading the specs, that is usually a sign your material volume sits right at the boundary between size classes, and the more useful comparison may actually be between the WA200-8 and the HL940A's smaller sibling in Hyundai's own lineup, or between the HL940A and Komatsu's next size up. Talk to your dealer about your actual daily bucket count and cycle time before locking in either machine, since that number will tell you more about which size class you belong in than either spec sheet on its own.
Comments