Finance a BelAZ 75710 ultra-class haul truck for large open-pit mine operations. Serious capital for serious iron. Get your mining equipment financing quote.
At 450 metric tonnes of payload capacity, the BelAZ 75710 is the largest haul truck produced by volume. There is no larger wheeled mining haul truck currently in mass production. Operating a 75710 means committing to a haul program where the capital investment in loading equipment, road construction, and infrastructure matches the truck's scale: a machine this large requires a loading tool of at least an electric rope shovel or the very largest hydraulic shovels to achieve productive cycle times, and the haul roads themselves require grade and geometry engineering that most operations never need to think about with smaller trucks. The 75710's eight-wheel drive via dual AC electric motors fed by diesel-electric alternators places it in a rare class of ultra-large mining machines where production volume per unit is the entire justification for the machine's existence.
Financing a 75710 requires capital markets familiarity and a clear understanding of the project's mine plan, the haul cycle economics, and the operator's overall financial structure. We approach ultra-class truck financing seriously. If you are at the stage of evaluating BelAZ 75710 acquisition financing for a U.S. or North American operation, tell us about the project and we will work through the right capital structure with you.
The 75710 in Operation: What Defines Availability
The 75710's twin-engine diesel-electric drive delivers total installed power of approximately 2 x 1715 kW through eight motor-driven wheels. That eight-wheel configuration is what separates the 75710 from conventional six-wheel ultra-class trucks: more drive wheels mean better traction distribution on the haul road grades and turn radii that characterize the very large open pits where the machine operates. The truck's payload sensor and onboard monitoring system track payload per cycle, fuel consumption, and drivetrain condition in real time.
In large coal, copper, and iron ore open pits, a single 75710 with full availability over a long shift produces haul tonnage that would otherwise require two or three smaller trucks at 150-190 tonne capacity. That consolidation of haulage capacity is the economic argument for the machine. The liability is maintenance cost and parts lead times for a machine whose production numbers are smaller than the dominant Caterpillar and Komatsu ultra-class trucks. BelAZ's service infrastructure in North America is more limited than the Caterpillar or Komatsu dealer networks, which is a real operational consideration that belongs in any honest capital planning conversation.
Operators comparing the 75710 against therigid-frame haul truckcategory more broadly should model availability assumptions carefully because the total cost of ownership calculation at this scale is extremely sensitive to availability percentages. A machine running at 85% availability versus 92% produces a very different cost-per-tonne number over a multi-year mine plan.
Who Actually Finances a 75710
Ultra-class truck financing at the 75710's scale is typically relevant to large mine operators running open-pit operations in coal, copper, or iron ore where the mine plan calls for annual ore and waste tonnage that justifies the machine's infrastructure requirements. In North American markets, the Powder River Basin coal operations nearGillette, WYand the large open-pit copper mines in Arizona represent the scale of operation where ultra-class haulage decisions are made. The 75710 in particular requires a commitment to haul infrastructure that most operations are not designed to support without significant investment.
Contract mining firms that operate equipment on behalf of mine owners, rather than owning the mineral resource themselves, sometimes acquire ultra-class trucks as the capital backbone of a long-term contract where the mine owner is not willing to carry the capital. In that case, the financing for the 75710 is structured against the contract cash flows rather than the contractor's balance sheet alone, and the deal structure requires careful attention to what happens if the contract changes or the mine plan is revised.
For operations also evaluating the Caterpillar 797F or Komatsu 980E as alternatives to the 75710, the financing approach is similar regardless of brand. We finance haul trucks across manufacturers. The 75710's specifics, larger payload, dual engine configuration, and Eastern European parts network, require individual underwriting attention rather than assumptions borrowed from more common truck models in the same nominal class.
Approaching the Capital Structure for Ultra-Class Trucks
Ultra-class haul truck transactions at the 75710's scale typically require a full financial presentation: audited financials or CPA-prepared statements, the mine plan or production contract that supports the revenue model, a capital expenditure schedule for the planned fleet, and documentation of the loading equipment and haul road infrastructure that will make the truck productive. Bank statement review alone is not sufficient at this deal size.
Financing structures for large mining equipment include direct term loans, equipment finance leases, andmining equipment leasingarrangements where the lease term mirrors the mine plan or contract period. For mine contractors who need to present a clean balance sheet for the next contract bid, a lease that keeps the machine off-balance-sheet may be the preferred structure even if the total cost is slightly higher. We present the tradeoffs clearly and let your finance team make the decision.
Sale-leaseback financingon an ultra-class truck that has been purchased outright or substantially paid off is also a mechanism to recapitalize a mine operation ahead of a major capital program. The machine's scale means the leaseback proceeds are substantial, which can fund a significant portion of the next capital cycle.