Building drone software? Use the same engine.
RangeSight's Mission Analysis Map runs on RangeIQ+, a physics-based mission-feasibility engine. The same engine is available to you as an API: leg-by-leg feasibility, range, and weather-adjusted estimates for whatever you're building. It's a Noxdren product. (RangeIQ, the on-device sibling, powers the app's quick Range Analysis Map.)
RangeSight is the consumer app. RangeIQ+ is the API.
Every estimate in the RangeSight app comes from RangeIQ, our on-device physics engine, it factors wind, temperature, battery state, payload, altitude and return-home reserve into the wind-shaped, return-safe range envelope you see on the map. It runs entirely on the phone.
RangeIQ+ is the same physics, cloud-side, behind an API, physics-based mission feasibility, range and weather-adjusted estimates as endpoints. If you're writing your own mission planner, a fleet dashboard, a delivery-routing tool or an inspection workflow, you can call it instead of re-deriving the math. The API is built with mTLS, JWT, audit logging and multi-tenant isolation; it's the engine behind RangeSight's flagship Mission Analysis Map (leg-by-leg feasibility, per-waypoint return checks, risk-coloured paths).
An honest note: RangeIQ and RangeIQ+ are physics-based models with a provisional patent filed, and they ship in a real consumer app. We don't claim a validated accuracy percentage; treat the output as decision support, with reserve built in. The same standard applies whether you use the app or the API.
RangeIQ+ on noxdren.com
The engine that runs RangeSight, as an endpoint.
Docs, access and pricing for the RangeIQ+ API live on noxdren.com, the Noxdren developer site.