Model UAV Operations
Allow cities to define realistic UAV scenarios by setting fleet size, flight frequency, dwell time, altitude bands, and coverage area. Turn proposals and policy assumptions into concrete, comparable inputs.
A municipal planning and decision tool for governing UAV activity, risk, and economic impact in your airspace
Federal policy enables UAV operations, but cities remain responsible for public safety, infrastructure protection, zoning, ordinances, property rights, and community impact. This calculator helps municipalities quantify UAV activity and understand its operational, financial, and governance implications before approving or scaling operations.
Allow cities to define realistic UAV scenarios by setting fleet size, flight frequency, dwell time, altitude bands, and coverage area. Turn proposals and policy assumptions into concrete, comparable inputs.
Show how UAV activity accumulates into airspace load, overlap, and congestion at city-relevant altitudes where coordination and enforcement are local responsibilities.
Explain how increasing UAV density affects emergency response coordination, law enforcement oversight, and exposure of roads, utilities, buildings, and public spaces.
Translate UAV activity into measurable economic outcomes, including operational value, infrastructure burden, and the basis for fees, cost recovery, or airspace access models.
Compare the city's preparedness against others using the Drone Scorecard, highlighting gaps in policy, coordination, and operational maturity in the low-altitude economy.
Use quantified scenarios to support zoning decisions, ordinance drafting, and defensible approaches to managing UAV activity over public and private property.
This calculator is the entry point into SkyTrade City, the municipal software platform that turns these insights into day-to-day operations, including UAV registration, authorization, coordination, enforcement, monetization, and audit trails.
Start quantifying UAV activity and understanding governance implications