CalculatorCast
Matematyka Finanse Zdrowie i Fitness Data i Czas Konwertery Jednostek Komputer Fizyka Chemia Budownictwo Inżynieria Statystyka Edukacja Życie Codzienne Biologia Motoryzacja Kuchnia i Jedzenie Sport i Fitness Nieruchomości Fotografia Elektryka Rolnictwo Podróże Biznes
Wszystkie Kalkulatory Ulubione ()
English Español Français Deutsch Português Italiano Nederlands Polski Türkçe 日本語 한국어 Svenska Norsk Dansk Suomi עברית

Kalkulator Czasu Lotu

Szacowany czas lotu na podstawie współrzędnych lub odległości, prędkości przelotowej i marginesu naziemnego.

Wprowadzenie

Flight Time Calculator — Estimated flight duration from coordinates or distance, cruise speed & ground buffer. Enter Origin latitude, Origin longitude, Destination latitude, Destination longitude, Cruise speed (km/h), Ground buffer (min) to get an instant, accurate result.

Wzór

Great-circle distance is found with the Haversine formula (R=6371km mean Earth radius): a = sin²(Δlat/2) + cos(lat1)·cos(lat2)·sin²(Δlon/2), c = 2·atan2(√a, √(1−a)), distance = R·c. Flight time = distance ÷ cruise speed, plus a fixed ground buffer (default 30 min) for taxi/takeoff/climb/descent — this buffer and the default 900 km/h cruise speed are typical estimates, not exact figures for any specific flight.

Krok po kroku

  1. Enter the Origin latitude.
  2. Enter the Origin longitude.
  3. Enter the Destination latitude.
  4. Enter the Destination longitude.
  5. Enter the Cruise speed (km/h).
  6. Enter the Ground buffer (min).
  7. Click Calculate to see your result instantly.

Przykład z życia

Example: With Origin latitude = 40.7128, Origin longitude = -74.006, Destination latitude = 34.0522, Destination longitude = -118.2437, Cruise speed (km/h) = 900, Ground buffer (min) = 30, the Flight Time Calculator gives Distance Km: 3935.7463, Flight Hours Air: 4.3731, Total Hours: 4.

Często Zadawane Pytania

Why does the estimate differ from my actual booked flight time?
Real flights add routing around airways and weather, headwinds/tailwinds, and airport taxi/holding delays — this calculator only adds a flat ground buffer to great-circle flying time, so it will be close but not exact.
What cruise speed should I use?
Around 900 km/h (560 mph) is typical for a commercial jet airliner; adjust it lower for propeller aircraft or higher for very fast long-haul jets.
Does this account for time zone changes?
No — the result is flight duration only (time in the air plus ground buffer), not the local clock-time difference between origin and destination.
What inputs does the Flight Time Calculator need?
You'll need to provide: Origin latitude, Origin longitude, Destination latitude, Destination longitude, Cruise speed (km/h), Ground buffer (min). All fields use sensible defaults, so you can see a working example immediately and then adjust the values to match your own numbers.
How accurate is the Flight Time Calculator?
The Flight Time Calculator applies the formula exactly as calculated — Great-circle distance is found with the Haversine formula (R=6371km mean Earth radius): a = sin²(Δlat/2) + cos(lat1)·cos(lat2)·sin²(Δlon/2), c = 2·atan2(√a, √(1−a)), distance = R·c. Flight time = distance ÷ cruise speed, plus a fixed ground buffer (default 30 min) for taxi/takeoff/climb/descent — this buffer and the default 900 km/h cruise speed are typical estimates, not exact figures for any specific flight. — so results are precise for the inputs you provide. Accuracy depends on entering correct, realistic input values.
Is the Flight Time Calculator free to use?
Yes, the Flight Time Calculator is completely free, requires no signup, and runs instantly in your browser.

O Kalkulator Czasu Lotu

The Flight Time Calculator uses a real, verifiable formula — Great-circle distance is found with the Haversine formula (R=6371km mean Earth radius): a = sin²(Δlat/2) + cos(lat1)·cos(lat2)·sin²(Δlon/2), c = 2·atan2(√a, √(1−a)), distance = R·c. Flight time = distance ÷ cruise speed, plus a fixed ground buffer (default 30 min) for taxi/takeoff/climb/descent — this buffer and the default 900 km/h cruise speed are typical estimates, not exact figures for any specific flight. — so results are accurate every time, not an approximation.