Sky Blue Radio Airlines flagship long-haul service from Hong Kong International to Denver International aboard the Boeing 777-300ER.
This is a true ultra-long-range operation crossing from East Asia to the Rocky Mountain region, so pilots should review fuel planning, alternates, payload, step climb performance, and enroute winds carefully before departure. Expect a heavy aircraft on departure from VHHH, a long cruise segment, and a high-elevation arrival into KDEN.
Pilots should plan for long-range navigation procedures, oceanic or remote-area routing depending on dispatch, changing winds aloft, and possible significant fuel burn differences across the Pacific and North American portions of the flight.
Arrival into Denver requires extra attention to airport elevation, density altitude, landing performance, descent planning, and weather over the Front Range. Review STAR, approach, braking action if applicable, and alternate requirements before beginning descent.
This is one of Sky Blue Radio Airlines’ premier international routes. Settle in, manage the jet, and enjoy bringing the Triple Seven home to Denver.
| Conditions | IFR |
| Wind | 16 kts from NNE (20°) |
| Visibility | 5.4 nmi |
| Clouds | Few at 2500 feet |
| Temperature | 75.2 °F , dew point 57.2 °F , humidity 54% |
| Barometer | 1,026 hPa / 30.30 inHg |
| Updated | 01:00 UTC (23 mins ago) |
| METAR | METAR VHHH 090100Z 02016KT 9999 FEW025 24/14 Q1026 TEMPO 01020G30KT |
| TAF | TAF VHHH 082300Z 0900/1006 02015KT 9999 FEW030 TX26/0906Z TX24/1006Z TN17/0922Z TEMPO 0900/0904 01020G30KT TEMPO 0912/0919 01020G30KT |
| Conditions | VFR |
| Wind | 7 kts from NNW (340°) |
| Visibility | 8.69 nmi |
| Clouds | Few at 22000 feet |
| Temperature | 57.2 °F , dew point 23 °F , humidity 27% |
| Barometer | 1,020 hPa / 30.13 inHg |
| Remarks | AO2 SLP175 T01391050 |
| Updated | 00:53 UTC (30 mins ago) |
| METAR | METAR KDEN 090053Z 34007KT 10SM FEW220 14/M05 A3013 RMK AO2 SLP175 T01391050 |
| TAF | TAF KDEN 082329Z 0900/1006 17009KT P6SM FEW220 FM090200 21009KT P6SM FEW220 FM091600 VRB06KT P6SM FEW220 FM092000 14008KT P6SM FEW220 FM092300 11008KT P6SM FEW220 FM100200 14009KT P6SM FEW220 |