Mining & agriculture

Can this mine or harvest hit its plan, and what is the cheapest way to get there?

An Operation Check models your operation as a chain of stages, from pit or orchard to the gate. It finds the one stage that limits output, ranks every fix by cost per extra tonne, shows the risk of missing target in a normal week and tells you which spend adds nothing. You get a decision pack a board, lender or buyer can read in five minutes, targeted within 48 hours of a usable intake.

Scoped, with the price confirmed before any payment.

Who it is for

The people deciding on an operation, not only the people running it.

Mine planning software is built for the planning team and needs months of fleet data. An Operation Check answers a capital or credit question quickly from the evidence available, and says plainly which inputs are assumed.

OWNERS

Owners and boards

Another truck, more sorters, a second crushing shift or a new grading line: which one actually lifts output, what it costs per extra tonne and when it pays back.

LENDERS

Lenders and investors

Is the plan's tonnage achievable with the equipment and crews on site? Where does it break, and how likely is a miss in a normal week?

BUYERS

Buyers and acquirers

Test an operation's claimed output before you sign, using the plan figures and public site evidence, then confirm the assumed inputs in due diligence.

What the decision pack shows

The answer first, then the evidence behind it.

Every number comes from one model of the operation, rerun for each option. Nothing is hidden behind the 3D view.

01

What limits output

Each stage's capacity against what it must handle, from digging or picking through sorting, hauling, crushing or grading, packing, storage and loadout.

02

Options ranked by cost per extra tonne

Every option tested on the model, with extra output, payback and three-year value. Options at a stage that is not the constraint show zero, so you do not buy them.

03

A step-up plan

Fix one constraint, find the next, and stop when the target is met: the order to spend in and what each step adds.

04

Risk of missing target

Hundreds of runs with normal week-to-week variation, before and after the plan, so a plan that only works on a good week is visible.

05

Grades, prices and blend or sell

Product streams by ore grade or fruit class, priced by grade or class, with the break-even metal price and whether blending to the buyer's grade earns more than selling separately.

06

What to confirm

Each input is labelled actual, surveyed, calibrated, assumed or (in demos) illustrative, with the inputs that move the margin most, so you know which figures to verify before relying on the answer.

The model is labelled calibrated only when at least 8 of your operating periods fit within the error budget; until then it runs on stated template rates, labelled as assumed.

Two worked examples

What the check finds, with the engine's numbers.

Both run on fictional operations with illustrative inputs, so you can see the method before sharing anything confidential.

Studio capture of the fictional Demo Copper Co. open pit in 3D: pit, sorting pad, haul road, stockpiles, crusher and gate loadout, with the high-grade crusher outlined in red at 100% utilised.
Studio capture · fictional open-pit mine
Mining · Demo Copper Co. (fictional)

Can the mine hit its plan, and what should it fix first?

What you see
Pit to gate: two excavators, a 40-person hand-sorting crew, three 30 t trucks on a 3.5 km haul, a high-grade crusher and a gate loadout, with ore grades and the copper price.
What it tells you
5,173 t a week against a 6,500 t target. The high-grade crusher binds at 100% and hand sorting is almost tied at 99.8%, so a second crusher shift on its own adds only 12 t. Trucks run at 57%, so another truck adds nothing.
The decision
More sorters, a second crusher shift, another truck or a new crusher: in what order, and at what cost per extra tonne?
Example result
Lift sorting first (20 more sorters), then add a second crusher shift: 7,000 t a week with no capital and about US$386k more margin a week. Normal variation still misses the target in 42.8% of weeks. Break-even copper today: about US$5,215/t.

Fictional operation, illustrative inputs. Numbers are the engine's output for those inputs.

Studio capture of the fictional Demo Orchards harvest in 3D: orchard rows, bin tractors, packhouse, cool room and dispatch, with the grading line outlined in red at 100% utilised.
Studio capture · fictional orchard and packhouse
Agriculture · Demo Orchards (fictional)

Will the harvest window hold?

What you see
Orchard to dispatch: 55 pickers, 3 bin tractors, 1 grading line, 28 packers, a 120 t cool room and one dispatch dock, packing Class 1, Class 2 and processing fruit.
What it tells you
380 t a week against a 480 t target. The grading line binds at 100% while bin tractors run at 34%.
The decision
A second grading shift or a second line? More pickers, tractors or cool room?
Example result
A second grading shift (+24 h): 520 t a week, no capital, about $54 per extra tonne. A second line adds the same 140 t at about $154/t. Pickers, tractors, packers or cool room add nothing until grading is fixed. 47.5% of normal weeks still miss.

Fictional operation, illustrative inputs. Numbers are the engine's output for those inputs.

The fictional Demo Copper Co. mine running in 3D: trucks hauling from the pit past the stockpiles, with the high-grade crusher outlined in red at 100% utilised.
The bottleneck in 3DDemo Copper Co.: the high-grade crusher, outlined in red. The layout is illustrative; the weekly numbers come from the chain model.Crusher (high grade) · 100% utilised
Fictional Demo Orchards harvest: the grading line is outlined in red at 380 t a week; after a second grading shift is applied, output reads 520 t a week and the target is met.
A fix, applied and rerunDemo Orchards: a second grading shift, applied in the studio. The whole chain reruns.380 t → 520 t a week · risk 100% → 47.5% of weeks
Decision panel for the fictional Demo Copper Co.: output against target, margin, the binding stage, stage capacity against demand, the step-up plan, miss-target risk before and after, and options ranked by cost per extra tonne.
The decision viewStage capacity against demand, the step-up plan, the risk of missing target and every option ranked by cost per extra tonne.
Studio capture of the fictional mine haulage showcase: a haul truck on the ramp to the crusher, the crusher outlined in red, and a warning that the loader ramp at 13% grade exceeds the 10% limit and its 7 m turn is under the 14 m minimum.
Haul-road physicsEvery haul segment is checked. In this fictional mine the loader ramp is 13% against a 10% limit and its 7 m turn is under the 14 m minimum, so the route fails physics (40/100) before any fleet number is trusted.

Showcase operations are fictional and their inputs are illustrative. 3D models include Kenney assets (CC0, kenney.nl); outdoor lighting uses a CC0 Poly Haven sky.

The 48-hour process

From intake sheet to decision pack.

Timing starts when we have a usable intake. Scope and price are confirmed before any payment.

HOURS 0–8

Intake

You complete the intake sheet: stages, crews and equipment, rates, grades or classes, prices and costs. Add a site plan, KML or coordinates and any production exports you have. Unknown values stay as marked assumptions.

HOURS 8–24

Build and check

We configure the stage chain and site layout, then check it against your recent operating periods before testing anything new. It is labelled calibrated only when at least 8 periods fit within the error budget; otherwise the inputs stay marked as assumed.

HOURS 24–40

Test and review

We run the options, the step-up plan, the risk and the sensitivities, and review the assumed inputs with you.

HOURS 40–48

Decision pack

You receive the decision pack and a private workspace to change inputs and rerun the answer yourself.

What it is, and what it is not

An Operation Check is directional decision support from an operations model, checked against your actuals where you supply them. It is not a mine plan, an engineering design, a competent-person report, a valuation or financial advice. The showcase operations (Demo Copper Co. and Demo Orchards) are fictional.