Bottle mass
Weigh each assigned bottle with its trigger before and after the measured period.
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One case. Three bays.
Customers report roughly 100 to 150 wheels per 32 oz bottle. Run a three-bay pilot to measure what your own wheel conditions and prep work produce.
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3active bay bottles
3reserve bottles
30measured days
Measure what leaves the bottle.
The shop should be able to reproduce every number later.
Prepared wheels
Count individual wheels, not vehicles, repair orders, or balancing jobs.
Contamination
Separate normal bond patches from heavy oil, lube, old adhesive, or other unusual work.
Repeat passes
Record additional applications instead of pretending every wheel uses one pass.
Loss and waste
Keep spills, leaks, and training overuse in the real-world consumption result.
Follow-up
Track wheel-weight reattachment events for 60 to 90 days after the measured period.
- Calibrate the trigger.
Weigh a bottle, apply 30 to 50 normal pulls, then immediately weigh it again.
- Assign each bottle.
One active bottle stays with one bay. Mark its bay, lot, trigger, and opening mass.
- Log each shift.
Record wheels, heavy contamination, repeat applications, spills, and closing mass.
- Publish the range.
Show the sample size, median result, and observed range. Do not publish only the best bay.
Calculate the economics from measured use.
This calculator does not invent a yield. It works only from the shop's entries.
Enter the measured pilot values.
The calculator will show usable product, grams per wheel, estimated wheels per bottle, and cost per wheel.
Agree on the commercial terms first.
This page defines a test method. The 100 to 150 wheel range is customer-reported field usage, not a guaranteed specification. It does not promise a free case, special price, fixed savings, or fixed wheel count. CHAOS and the participating shop set commercial terms before the pilot starts.
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