Aircraft range circles explained
What a range circle represents, why wind makes it asymmetric and how to interpret the resulting reach envelope.
Guide hub
Published aircraft range is a useful starting point, not a universal radius. Payload, reserves, winds, routing, temperature and departure conditions decide how much of that reach is available for a particular planning case.
The map begins with published aircraft capability, applies a visible payload-range model and keeps each planning adjustment itemized. Wind-adjusted envelopes use bundled seasonal cruise-altitude climatology, not live weather. Results are educational planning sensitivities, not dispatch performance.
What a range circle represents, why wind makes it asymmetric and how to interpret the resulting reach envelope.
How seasonal wind, payload, reserves, airways allowance, temperature and fuel assumptions enter the model.
Why elevation and temperature can reduce takeoff weight and shrink usable aircraft reach.
How aircraft weight falls through a mission and why long-range fuel burn is not perfectly linear.
Why the four MAX variants trade capacity more than reach, and where their mission profiles differ.
The same aircraft produces different planning questions when departure location and temperature sensitivity change.
Range maps from light jets through ultra-long-range business aircraft.
Compare the full modeled fleet by range, cruise speed, payload and aircraft category.
First identify the payload and reserve basis behind the published number. Then separate the still-air capability from wind effects, because a westbound winter mission may not resemble an eastbound return. Finally, check airport elevation, temperature, routing allowance and any payload or cargo that was not part of the brochure configuration. Great Circle Pro keeps those adjustments visible so the final map can be traced back to the starting assumption.
Choose an aircraft, set payload and planning assumptions, then compare seasonal wind-adjusted reach.