Aircraft Climb Time
Compute an aircraft's climb time, t = Δaltitude/rate of climb (ROC), dividing the altitude gain by the rate of climb (in ft/min or m/min). It estimates how long the aircraft takes to reach cruise altitude — used in flight planning, climb fuel burn and traffic separation. The rate of climb decreases with altitude, so the result is an average estimate. Enter the altitude gain and the rate of climb.
Resultado
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Tempo de subida (aeronave)
Quanto tempo o avião leva para chegar à altitude de cruzeiro? t = Δaltitude / razão de subida (ROC). Um ROC de 500 ft/min sobe 10.000 ft em 20 minutos. O cálculo entra no planejamento de voo: a subida é a fase de maior consumo de combustível por minuto, e o tempo de subida afeta a separação de tráfego e os tempos de chegada. Na prática, a razão de subida não é constante — ela diminui com a altitude, à medida que o ar rarefeito reduz a potência disponível e a sustentação, até o teto de serviço, onde o ROC cai a ~100 ft/min. Por isso o resultado é uma boa estimativa média. Informe o ganho de altitude e a razão de subida.
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Taxi Time on Taxiway
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The results provided by this tool are for general informational and educational purposes only and do not constitute professional, financial, medical, legal, tax or accounting advice. Always confirm important decisions with a qualified professional and official sources.