Investment and Savings Efficiency Calculator (ROI)

Verify the return on investment (ROI), OPEX budget savings, and the reduction in technical downtime from replacing scaffolding and aerial platforms with AeroPRO's unmanned diagnostics.

The analytical model is based on averaged market costs of heavy access equipment, labor hours for height-access personnel, and standard zone-shutdown times.

Object / roof surface area subject to diagnostics: 1000 m²

Reference traditional method:

Daily cost of the traditional method (PLN)

Includes equipment rental, transport, assembly, UDT inspection, and labor hours for the height-access team.

Comprehensive cost of AeroPRO UAV diagnostics (PLN)

Includes a certified STS-status flight, radiometry/RTK, data postprocessing, and the technical dossier.

Estimated monthly inspection frequency

Used to calculate cumulative cost optimization on a monthly and annual basis.

Traditional access logistics
(frame scaffolding / platform)

2,0 days

AeroPRO unmanned diagnostics
(UAV flight operation)

1,7 h

OPERATION TIME REDUCTION1,8 daysFaster resumption of works, elimination of site collisions, and no shutdown of traffic routes.

OPERATIONAL BUDGET OPTIMIZATION500 złDirect reduction in subcontracting costs and elimination of heavy equipment logistics.

Unit efficiency (per inspection):
500 zł

Cumulative monthly optimization:
2000 zł

Cumulative annual optimization:
24 000 zł

Return on investment (ROI): 16,7 %

Forgoing UAV technology at this scale generates a loss of roughly 24 000 zł per year and forces 86,0 additional labor-intensive days on site.

Deploying the AeroPRO procedure entirely eliminates approximately 688 labor hours of personnel in a direct fall-from-height risk zone.

At these parameters, the UAV technology investment fully pays back after just 50 inspection cycles.

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