A working model of a 520-head dairy barn — four pens, a 5.5 m feed alley, 76 individually driven fans and 520 cows that walk. Expand it and the console opens as a translucent drawer: change the climate and the barn answers in seconds.
This is the model, not a video. The plan above is the simulator itself, running in place — every dot is a cow, every fan carries its own speed. In this preview it is deliberately read-only: the drawing, the legend and four live numbers, and nothing that can be mis-clicked. Expand opens the console. Barn A · 115 × 32 m · 520 head · illustrative model data
Ventilation, soaking and lying behaviour run together here — the same three systems the control modules drive in a real barn. Each card below opens the model in that system's own scene, with the climate set to the condition that system exists for. Feeding is the fourth system in the barn and the one still being built, so it has no scene yet.
Seventy-six fans, each with its own speed rather than one barn-wide average. The fan bands follow THI, and cow presence from the vision layer decides which fans are working at all — an empty pen stops being ventilated like a full one.
55" × 40 · 72" × 36
FanPilot AdvancedDrops along the feed alley, metered per nozzle and per pen. Spray opens where a cow is actually standing, and the model counts every litre against a fixed baseline, so the saving is visible rather than claimed.
64 nozzles per pen · 4 pens
TargetSoak AdvancedWhere cows lie, how long they stay down, and how the cubicles fill and empty through the day — the lying-time map, not a cow-flow diagram. FanPilot can read the same map as an optional presence input.
Lying time · heat map
LyingLogixDelivery, push-up, intake and refusals at the bunk, per pen group — read by the same camera line that already tells FanPilot and TargetSoak where the cows are standing. The feed record itself is still in development with lead farms.
Bunk shape · per pen group
Coming soonNo feeding scene in the model yet
The embedded view is deliberately quiet: the barn, one readout line, one button. Expand it and the console arrives as a translucent drawer over the drawing — the plan keeps the full width of the screen, and the drawer can be slid away whenever you want to look at the barn rather than at the numbers.
Inside, the controls are grouped the way a barn is run: what the day is doing, what you are about to do, what the barn is doing about it, and what it has cost. Temperature and humidity are two sliders; THI is calculated from them as you move either one. There is no second place to set a setpoint.
Nobody needs a login to try it. The model is a simulation, so a visitor cannot break anything real.
Demonstration model. Every figure in this barn — temperatures, fan speeds, litres, kilowatt-hours and cow positions — is simulated for illustration. It is not a control system, a commissioning tool or a performance guarantee; a real installation is designed from your drawings and validated on site.
Send us the drawing and the equipment schedule. We set the pens, the fans and the sprinkler lines, and send back a link your team can open in a browser.
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