EDCB → EDHE

Guest

Details	From	EDCB - Ballenstedt
	To	EDHE - Uetersen Heist
	Flight Number	-
	Tags	generated
	Created	2 years ago
	Modified	-

Stats	Distance	127 nm / 235 km
	Max Altitude	6,700 ft / 2,042 m
	Waypoints	3
Social	Downloads	1
	Likes	0
Share

Download

X-Plane 11 X-Plane 8, 9 & 10 FSX/MSFS2020 FS2004/FS9 Infinite Flight FlightGear PMDG Airbus X X-FMC Squawkbox QualityWings iFly 747 TFDi 717 PDF JSON CSV KML

Looking for another format? Having issues loading an existing format? Contact us

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

EDCB GESTO EDHE

	ID	Type	Via	Altitude (ft/m)	Position (lat/lon)	Dist (leg/tot)	Name
O	EDCB	APT	-	0 / 0	51.74320 / 11.22780	- / 0 nm	Ballenstedt
•	GESTO	FIX	-	6,700 / 2,042	53.17490 / 10.08350	95 / 95 nm
O	EDHE	APT	-	0 / 0	53.64620 / 9.70269	31 / 127 nm	Uetersen Heist

Altitude Profile

EDCB

Details	ICAO	EDCB
	Name	Ballenstedt
	Region	Germany - Civil
	Timezone	Europe/Berlin (UTC+1.0)

Stats	Elevation	533 ft / 162 m (AMSL)
	Location	51.743200° 11.227800°
	Runways	1
	Magnetic Variation	4.046° E

METAR

TAF

Departure Runways

ID	Width	Length	Bearing (true/mag)	Surface	Threshold	Overrun	Markings	Lighting
09	88 ft / 27 m	1,838 ft / 560 m	90.00° / 85.95°	ASPHALT	0 ft / 0 m	0 ft / 0 m	APP
27	88 ft / 27 m	1,838 ft / 560 m	270.00° / 265.96°	ASPHALT	0 ft / 0 m	0 ft / 0 m	APP

EDHE

Details	ICAO	EDHE
	Name	Uetersen Heist
	Region	Germany - Civil
	Timezone	Europe/Berlin (UTC+1.0)

Stats	Elevation	22 ft / 7 m (AMSL)
	Location	53.646200° 9.702690°
	Runways	1
	Magnetic Variation	3.679° E

METAR

TAF

Destination Runways

ID	Width	Length	Bearing (true/mag)	Surface	Threshold	Overrun	Markings	Lighting
09	164 ft / 50 m	3,612 ft / 1,101 m	93.56° / 89.88°	GRASS	0 ft / 0 m	0 ft / 0 m	NONE
27	164 ft / 50 m	3,612 ft / 1,101 m	273.57° / 269.90°	GRASS	0 ft / 0 m	0 ft / 0 m	NONE