TRUERANGE

Fast aircraft fit before formal flight planning.

Live aviation weather
Weight + fuel screeningMission fits
0 nm
Practical range388 nm
Fuel needed19.0 gal
Groundspeed151 kt
Trip fuel cost$11
Mission truth table

What breaks first

The entered load, fuel, and route fit the selected limits.

Payload
660 lb
Max fuel by weight
87.0 gal
Takeoff weight
3,436 / 3,789 lb
Landing weight
3,436 / 3,600 lb
Block time
0.2 hr
Longest runway
0 ft
Same people. Same bags. Same trip.

Which aircraft actually fits?

Every airplane gets the same mission and conservative planning assumptions. Custom profiles are included automatically.

AircraftSeatsFuel it can carryPlanning rangeStopsMission result
10402.0 gal1,166 nm0Nonstop fit
7456.7 gal971 nm0Nonstop fit
7266.3 gal786 nm0Nonstop fit
14332.0 gal777 nm0Nonstop fit
6146.5 gal598 nm0Nonstop fit
687.0 gal574 nm0Nonstop fit
474.8 gal528 nm0Nonstop fit
687.0 gal517 nm0Nonstop fit
455.8 gal342 nm0Nonstop fit
6106.5 gal675 nmLoad fails
592.0 gal645 nmLoad fails
581.0 gal556 nmLoad fails
556.0 gal445 nmLoad fails
436.3 gal268 nmLoad fails
20.0 gal0 nmLoad fails
Why TrueRange exists

Choose the right airplane before planning the flight.

Published range is usually a lightly loaded, carefully optimized number. TrueRange quickly tests what happens after real people, bags, reserve fuel, wind, and aircraft empty weight go aboard. Use the result to narrow a purchase, lease, rental, or charter search, then finish in ForeFlight or another approved planning workflow.

Aircraft buyers

Reject airplanes that cannot carry the real mission before spending money on inspections and travel.

Owners and renters

Screen trips and fuel stops with the exact empty weight and fuel burn of the available airplane.

Brokers and advisors

Compare candidates on one repeatable mission instead of trading disconnected spec sheets.

Lease and charter clients

Estimate the aircraft class, fuel stops, and payload needed before requesting quotes.

Data discipline

Real sources. Visible assumptions.

Aircraft: Current manufacturer specifications seed each profile. Cruise fuel burn is a conservative, editable planning value; the actual POH and installed-equipment W&B record control.

Airports: Global airport coordinates and runway lengths are compiled from the public-domain OurAirports dataset. Confirm current airport and runway status in official publications.

Weather: METAR and TAF data come from the U.S. Aviation Weather Center API. They are context, not a legal briefing or an icing, convective, terrain, or NOTAM analysis.

Fuel price: User-entered by default because reliable worldwide pump-price data is licensed and changes locally. The provider slot is ready for a commercial airport-data key.