Real airports · concrete aircraft models · transparent assumptions
Private Jet Flight Time & Range Calculator
Measure a real airport-to-airport route, estimate airborne time for a specific aircraft, and check both published range and passenger capacity before comparing live options.
Start with a real airport pair
Enter a city, airport name, IATA code, or ICAO code at each end. The result will show the exact airports used, distance in three units, model-specific time, range, and capacity fit.
A disclosed time formula
Straight-line distance divided by listed cruise speed, plus 20 minutes for climb and descent. Wind, taxi, ATC, and route deviations remain outside the estimate.
Range is a reference, not clearance
The tool distinguishes a comfortable reference fit, an over-80% near-limit route, and a route beyond the listed range without claiming dispatch certainty.
Capacity never becomes a false fit
An oversized group gets a neutral gray warning and an exact maximum. The route math stays useful, but the aircraft is not presented as suitable.
Private jet flight time questions
How is private jet flight time calculated?
The tool divides great-circle distance by the selected model’s listed cruise speed, then adds 20 minutes for a practical climb-and-descent planning baseline. Taxi time, winds, air traffic control, and non-direct routing are not included.
Does a route inside published range guarantee a nonstop flight?
No. Published or IFR range is a reference, not a dispatch release. Passenger and baggage weight, reserves, weather, runway performance, temperature, and routing can require a fuel stop or a different aircraft.
Can I calculate from a city instead of an airport code?
Yes. City, airport name, IATA code, and ICAO code are accepted. The resolved airport is shown in the result so you can verify the exact field used in the calculation.
What happens when the passenger count is too high?
The result stays visible but changes to a neutral capacity warning. It shows the selected model’s listed maximum and offers a one-click recalculation at that limit rather than presenting a false fit.