A drive layout describes how the machine moves. Handling also depends on the machine envelope, steering geometry, tyres, floor condition and load. Measure the narrowest doorway, bends, turning areas and parking space on the intended route.
Compare compatible machines on the same surface with comparable brushes, settings and tank loads. Observe how the operator enters a bend and how the squeegee follows it. A machine can clear a turn while still leaving water behind.
Check access for routine work on wheels, brushes, squeegee and tanks. Record the model and test conditions separately. Use the manufacturer's operating limits for slopes and loading.
Checks after reading
- Site area, routes and narrowest access
- Floor, dust, oil, debris or pipe-blockage type
- Daily frequency and continuous working time
- Power, water, wastewater, consumables and service conditions
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Comparing scrubber drive layouts on a real cleaning route — frequently asked questions
What does this article address?
A drive layout describes how the machine moves. Handling also depends on the machine envelope, steering geometry, tyres, floor condition and load. Measure the narrowest doorway, bends, turning areas and parking space on the intended route.
What site information is needed before equipment selection?
Provide area, aisle width, floor/pipe conditions, contamination, frequency, power/water, city and budget range.
Do we still need a route trial when comparing front- and rear-drive scrubbers?
This article offers selection guidance. For complex sites, heavy contamination or continuous work, verify models and configurations through equipment information, video or a trial.