Find the bottleneck first
Identify whether depth, loading, haul distance, crusher feed, road upkeep or lift radius is limiting output.

Project cases
Start with material, output and site conditions. See how the excavator and supporting equipment are matched into a fleet that can actually run.
From site conditions to fleet
Excavator output is only one part of the job. Truck turnaround, crusher feed, road maintenance, crane access or concrete supply can become the real constraint. These eight cases start with that bottleneck, then define excavator class, supporting equipment, quantity and delivery plan.
Identify whether depth, loading, haul distance, crusher feed, road upkeep or lift radius is limiting output.
Use material density, working face, depth, bucket and cycle time—not brand or tonnage alone—to select the main machine.
Check truck count, loading and road-machine pace, plus dimensions, dismantling and the route to destination.
Eight project scenarios
Each case sets out the job, proposed fleet, configuration variables and the questions a project team will actually ask.

20–25 t crawler excavators · wheel loaders · motor graders · 10–20 m³ water trucks
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30–40 t excavators · wheel loaders · 40–60 t wide-body trucks · mobile crushing and screening
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50–90 t excavators · rigid mining trucks · bulldozers · mining wheel loaders
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22–35 t excavators · crawler cranes · tractor trucks with low-bed trailers · motor graders
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20–35 t excavators · wheel loaders · motor graders · compactors · water trucks
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5–8 t mini excavators · 20 t excavators · compact wheel loaders · mixer trucks · buckets and breakers
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35–50 t excavators · wide-body mining trucks · bulldozers · motor graders · water trucks
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20–30 t excavators · concrete boom pumps · mixer trucks · mobile cranes · low-bed semi-trailers
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01 · Project cases
A staged civil-works fleet for laterite road rehabilitation, drainage trenches and municipal utility sections.
The final plan changes with material density, daily output, haul distance, altitude, road conditions and destination port. Models, quantities and delivery method are confirmed during quotation.
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02 · Project cases
A balanced quarry fleet for face excavation, stockpile handling, short-haul transport and mobile material processing.
The final plan changes with material density, daily output, haul distance, altitude, road conditions and destination port. Models, quantities and delivery method are confirmed during quotation.
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03 · Project cases
A high-output loading and haulage combination for benches, overburden and ore movement in open-pit conditions.
The final plan changes with material density, daily output, haul distance, altitude, road conditions and destination port. Models, quantities and delivery method are confirmed during quotation.
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04 · Project cases
A coordinated fleet for access roads, crane pads, component transport and heavy turbine erection.
The final plan changes with material density, daily output, haul distance, altitude, road conditions and destination port. Models, quantities and delivery method are confirmed during quotation.
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05 · Project cases
A road-building fleet for cut-and-fill, drainage, aggregate handling, shaping and compaction at changing elevations.
The final plan changes with material density, daily output, haul distance, altitude, road conditions and destination port. Models, quantities and delivery method are confirmed during quotation.
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06 · Project cases
A flexible fleet for confined excavation, service trenches, small structures and scheduled concrete supply.
The final plan changes with material density, daily output, haul distance, altitude, road conditions and destination port. Models, quantities and delivery method are confirmed during quotation.
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07 · Project cases
An earthmoving and road-support combination for pit development, production haulage and continuous road maintenance.
The final plan changes with material density, daily output, haul distance, altitude, road conditions and destination port. Models, quantities and delivery method are confirmed during quotation.
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08 · Project cases
A coordinated excavation, lifting and concrete-delivery fleet for bridges, structures and urban infrastructure.
The final plan changes with material density, daily output, haul distance, altitude, road conditions and destination port. Models, quantities and delivery method are confirmed during quotation.
Quote this scenarioEasysail
Share the material, target output, digging depth or loading height, haul distance, road conditions, working window and destination. Easysail will identify the limiting step before recommending the excavator class, supporting equipment and delivery method.