| ARRIVED 37 HOUR 55 MINUTES AGO |
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Departure (K6592 Flight Schedule)
Fuzhou, ChinaCST 00:00:00 DAY
Arrival (K6592 Flight Schedule)
Tokyo, JapanJST 00:00:00 DAY
Flight Radar Checker K6 592
Live Flight Tracker Map
Flight K6592 from Fuzhou to Tokyo is operated by Cambodia Angkor Air. Scheduled time of departure from Changle is 13:00 CST and scheduled time of arrival in Narita Intl is 17:30 JST. The duration of the flight is 3 hours 30 minutes.
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History Flight Information for K6592 from Flight Scanner System
| Date | Flight | Departure Airport | Arrival Airport | Scheduled | Plane | Estimated | ||
|---|---|---|---|---|---|---|---|---|
| Departure | Arrival | Departure | Arrival | |||||
| Fri, 10 Jul | K6592 | Changle (FOC) | Narita Intl (NRT) | 13:00 CST | 17:30 JST | |||
| Wed, 08 Jul | K6592 | Changle (FOC) | Narita Intl (NRT) | 13:00 CST | 17:30 JST | |||
| Sun, 05 Jul | K6592 | Changle (FOC) | Narita Intl (NRT) | 13:00 CST | 17:30 JST | |||
| Fri, 03 Jul | K6592 | Changle (FOC) | Narita Intl (NRT) | 13:00 CST | 17:30 JST | |||
| Wed, 01 Jul | K6592 | Changle (FOC) | Narita Intl (NRT) | 13:00 CST | 17:30 JST | |||
| Sun, 28 Jun | K6592 | Changle (FOC) | Narita Intl (NRT) | 13:00 CST | 17:30 JST | |||
| Wed, 24 Jun | K6592 | Changle (FOC) | Narita Intl (NRT) | 13:00 CST | 17:30 JST | |||
| Sun, 21 Jun | K6592 | Changle (FOC) | Narita Intl (NRT) | 13:00 CST | 17:30 JST | |||
| Wed, 17 Jun | K6592 | Changle (FOC) | Narita Intl (NRT) | 13:00 CST | 17:30 JST | |||
| Sun, 14 Jun | K6592 | Changle (FOC) | Narita Intl (NRT) | 13:00 CST | 17:30 JST | |||
| Wed, 10 Jun | K6592 | Changle (FOC) | Narita Intl (NRT) | 13:00 CST | 17:30 JST | |||
| Sun, 07 Jun | K6592 | Changle (FOC) | Narita Intl (NRT) | 13:00 CST | 17:30 JST | |||
| Wed, 03 Jun | K6592 | Changle (FOC) | Narita Intl (NRT) | 13:00 CST | 17:30 JST | |||
Disclaimer for K6592 Flight Radar Data
Flight K6592 from Changle to Narita Intl data is collected from different sources. The data is for informational purposes only and PlaneMapper is not responsible for the accuracy and reliability of flight K6592 data.
