Magnets hold the chain together.
They add control and preserve combo continuity between aggressive stages.
Engineer the chaos.
Feed the pit.
Arrange magnets, fans, and panels into a testable Project P.I.T.T. chain. Score the flow, tune upgrades, and carry a run sheet into the Steam demo.
Build a better duck route.
This fan-made planning model makes every assumption visible. It is a build notebook for the demo, not a claim about official Project P.I.T.T. physics or balance.
Magnet Relay
4 stages / 12 ducksDelivered0 / 12
Throughput0%
Combo chain0x
Line score0
Run the line to calculate the current build.
Three tools. One complete loop.
Each stage contributes a distinct effect, so reordering and upgrades change the useful result instead of merely relabeling the input.
Fans buy speed at a cost.
Higher throughput raises instability. Pair a fan with a panel to recover control.
Panels route
Panels increase control while reducing accumulated instability.
Upgrades scale
Every level changes the calculation and appears in the exported build sheet.
Pairs synergize
Magnet–fan, fan–panel, and panel–magnet sequences each earn a documented bonus.
Read the chain before the pit does.
Throughput is only one signal. A strong line keeps enough control to convert speed into delivered ducks while building a longer combo.
Flow
Fans raise the batch velocity. Too many without routing support increase instability and reduce delivery efficiency.
Control
Magnets and panels keep the route coherent. Their levels counter the chaos introduced by high-output stages.
Combo
Distinct adjacent tools produce synergy links. Longer, varied chains produce the strongest score when the line remains stable.
Take the line with you.
The export captures every stage, level, score component, and next optimization move in a plain-text run sheet.