The roi of your mobile workstation

The ROI of a mobile workstation is calculated by comparing the productivity time recovered against the fully-loaded cost of the cart investment. The core variable is worker walk time: how many minutes per shift does each worker spend walking to and from fixed terminals, multiplied by the number of workers, shifts, and working days per year.

That walk time, multiplied by the average burdened labor cost per hour, produces an annual cost-of-walking figure. A mobile workstation that eliminates or substantially reduces that walking time converts directly into recovered labor value. Comparing that recovered value to the cart cost (purchase price divided over useful life) yields a payback period and ROI percentage.

Newcastle's online ROI Calculator does this math automatically. You enter the number of workers, shifts, average wage, and estimated daily walk time, and the calculator returns your annual cost of walking and projected savings from mobile workstations — making it easy to build a business case for operations or finance leadership.

Workers in warehouse and manufacturing environments without mobile workstations commonly spend 15 to 45 minutes per shift walking to and from fixed terminals — time that is entirely non-productive. In a facility with 20 workers on two shifts, that translates to hundreds of labor hours per week spent moving, not working.

Beyond raw time, there is a quality cost: workers who must leave their work area to enter data, pull orders, or check instructions are more likely to make errors — both in the data they enter and in the tasks they return to. Interrupting workflow at the point of work increases rework and reduces accuracy.

Newcastle's MotionMeter app — a free iOS tool — lets operations teams run their own time-and-motion studies to measure exactly how much walk time exists in their specific workflows, providing real data rather than estimates to anchor a business case.