CYFCCYQY

Guest
Details From CYFC - FREDERICTON
To CYQY - Sydney/J.A. Douglas McCurdy
Flight Number -
Tags generated
Created
Modified
Stats Distance 273 nm / 506 km
Max Altitude 30,000 ft / 9,144 m
Waypoints 5
Social Downloads 1
Likes 0
Share

Download

Looking for another format? Having issues loading an existing format? Contact us
Advertisement - Login to hide

Notes

Basic altitude profile: - Ascent Rate: 2500ft/min - Ascent Speed: 250kts - Cruise Altitude: 35000ft - Cruise Speed: 420kts - Descent Rate: 1500ft/min - Descent Speed: 250kts Options: - Use NATs: yes - Use PACOTS: yes - Use low airways: yes - Use high airways: yes

Route

CYFC YQM Q951 YYG Q858 YQY CYQY

ID Type Via Altitude (ft/m) Position (lat/lon) Dist (leg/tot) Name
O CYFC APT - 0 / 0 45.86790 / -66.53380 - / 0 nm FREDERICTON
YQM VOR - 30,000 / 9,144 46.18890 / -64.57080 84 / 84 nm MONCTON
YYG VOR Q951 (AWY-HI) 27,500 / 8,382 46.29760 / -63.11970 60 / 144 nm CHARLOTTETOWN
YQY VOR Q858 (AWY-HI) 100 / 30 46.15340 / -60.05580 127 / 272 nm SYDNEY
O CYQY APT - 0 / 0 46.16160 / -60.04150 0 / 273 nm Sydney/J.A. Douglas McCurdy

Altitude Profile

Advertisement - Login to hide

Weather


0- 5 10 15 20 25 30 35+ Temperature / °C

Clouds and Precipitation
Forecast for 2024-11-27 12:00 UTC. Updated 2 hours ago

Ground ~20,000 ft ~40,000 ft Winds

CYFC

Details ICAO CYFC (YFC)
Name FREDERICTON
Region Canada
Timezone America/Moncton (UTC-4.0)
Stats Elevation 66 ft / 20 m (AMSL)
Location 45.867900° -66.533800°
Runways 2
Magnetic Variation 16.326° W

METAR

CYFC 271100Z AUTO 24003KT 230V300 9SM OVC012 04/03 A2982 RMK SLP101

Decode

TAF

TAF AMD TAF AMD CYFC 270706Z 2707/2718 VRB03KT P6SM SCT002 OVC030 TEMPO 2707/2709 4SM -DZ BR BKN002 OVC030 PROB30 2707/2709 1SM BR BKN001 OVC030 FM270900 VRB03KT P6SM SCT005 OVC015 TEMPO 2709/2711 5SM -DZ BR BKN005 OVC015 FM271100 25005KT P6SM SCT015 BKN025 TEMPO 2711/2718 BKN015 BKN025 PROB30 2711/2713 BKN009 BKN015 RMK FCST BASED ON AUTO OBS. NXT FCST BY 271200Z

Decode

Departure Runways

ID Width Length Bearing (true/mag) Surface Threshold Overrun Markings Lighting
09 200 ft / 61 m 8,001 ft / 2,439 m 69.83° / 86.16° ASPHALT 0 ft / 0 m 0 ft / 0 m PREC-APP EDGE THRESHOLD SSALR REIL-OMNI
15 200 ft / 61 m 5,995 ft / 1,827 m 130.34° / 146.67° ASPHALT 0 ft / 0 m 0 ft / 0 m PREC-APP EDGE THRESHOLD SSALR REIL-OMNI
27 200 ft / 61 m 8,001 ft / 2,439 m 249.85° / 266.18° ASPHALT 0 ft / 0 m 0 ft / 0 m PREC-APP EDGE THRESHOLD ODALS REIL-OMNI
33 200 ft / 61 m 5,995 ft / 1,827 m 310.36° / 326.68° ASPHALT 0 ft / 0 m 0 ft / 0 m PREC-APP EDGE THRESHOLD ODALS REIL-OMNI

CYQY

Details ICAO CYQY (YQY)
Name Sydney/J.A. Douglas McCurdy
Region Canada
Timezone America/Glace_Bay (UTC-4.0)
Stats Elevation 203 ft / 62 m (AMSL)
Location 46.161600° -60.041500°
Runways 2
Magnetic Variation 17.072° W

METAR

CYQY 271100Z 18002KT 15SM BKN014 BKN025 OVC060 05/05 A2985 RMK SC6SC1SC1 SLP112

Decode

TAF

TAF AMD TAF AMD CYQY 270743Z 2707/2718 15005KT 1 1/2SM -DZ BR OVC004 TEMPO 2707/2716 6SM BR SCT004 OVC010 PROB30 2714/2716 3/4SM -DZ BR OVC002 FM271600 18005KT 5SM -DZ BR BKN008 OVC012 RMK NXT FCST BY 271200Z

Decode

Destination Runways

ID Width Length Bearing (true/mag) Surface Threshold Overrun Markings Lighting
01 151 ft / 46 m 5,991 ft / 1,826 m 345.43° / 2.50° ASPHALT 0 ft / 0 m 0 ft / 0 m PREC-APP EDGE THRESHOLD ODALS
07 200 ft / 61 m 7,052 ft / 2,149 m 45.77° / 62.84° ASPHALT 0 ft / 0 m 0 ft / 0 m PREC-APP EDGE THRESHOLD SSALR
19 151 ft / 46 m 5,991 ft / 1,826 m 165.42° / 182.50° ASPHALT 0 ft / 0 m 0 ft / 0 m PREC-APP EDGE THRESHOLD SSALR
25 200 ft / 61 m 7,052 ft / 2,149 m 225.78° / 242.85° ASPHALT 0 ft / 0 m 0 ft / 0 m PREC-APP EDGE THRESHOLD ODALS

Approach Navaids

Runway Type Ident Frequency Range Bearing (true/mag) Slope Elevation
07 LOC-ILS IQY 110.30 MHz 18 nm / 33 km 45.78° / 62.85 ° - 203 ft / 62 m (AMSL)
07 GS IQY 110.30 MHz 10 nm / 19 km 45.78° / 62.85 ° 3.00° 203 ft / 62 m (AMSL)
19 LOC-ILS INO 109.50 MHz 18 nm / 33 km 165.29° / 182.36 ° - 203 ft / 62 m (AMSL)
19 GS INO 109.50 MHz 10 nm / 19 km 190.00° / 207.07 ° 2.70° 203 ft / 62 m (AMSL)

Popular Alternatives