Calculadora de Jet Lag
Días de recuperación estimados según las zonas horarias cruzadas y la dirección del viaje.
Tabla de amortización
| # | Pago | Capital | Interés | Saldo |
|---|---|---|---|---|
Crecimiento a lo largo del tiempo
| Año | Invertido | Valor |
|---|---|---|
Introducción
Jet Lag Calculator — Estimated recovery days based on time zones crossed and travel direction. Enter Origin UTC offset (hours), Destination UTC offset (hours), Direction of travel to get an instant, accurate result.
Fórmula
A commonly published rule-of-thumb estimate, not a medical formula: recovery days ≈ (number of time zones crossed) × a direction factor. Eastward travel uses 1.5 days per zone (circadian research shows it's generally harder to adjust to, since it requires advancing your body clock); westward travel uses 1.0 day per zone (delaying your body clock is typically easier).
Paso a paso
- Enter the Origin UTC offset (hours).
- Enter the Destination UTC offset (hours).
- Enter the Direction of travel.
- Click Calculate to see your result instantly.
Ejemplo del mundo real
Example: With Origin UTC offset (hours) = -5, Destination UTC offset (hours) = 1, Direction of travel = eastward, the Jet Lag Calculator gives Timezone Diff: 6, Direction: eastward, Recovery Days Estimate: 9.
Preguntas Frecuentes
Why does eastward travel get a higher recovery estimate?
Is this an exact prediction of how long I'll feel jet-lagged?
How do I find my UTC offset?
What inputs does the Jet Lag Calculator need?
How accurate is the Jet Lag Calculator?
Is the Jet Lag Calculator free to use?
Acerca de Calculadora de Jet Lag
The Jet Lag Calculator uses a real, verifiable formula — A commonly published rule-of-thumb estimate, not a medical formula: recovery days ≈ (number of time zones crossed) × a direction factor. Eastward travel uses 1.5 days per zone (circadian research shows it's generally harder to adjust to, since it requires advancing your body clock); westward travel uses 1.0 day per zone (delaying your body clock is typically easier). — so results are accurate every time, not an approximation.