ET-ARE

   Airline

Ethiopian Airlines

Airways logo

Model

Boeing Charleston B788

Build / Age

2014 / 12 years

Passengers

typ. 242, max. 359

Crew

2

Aircraft Boeing Charleston B788 is registered in Ethiopia with tail number ET-ARE. It is operated by Ethiopian Airlines and its age is 12 years (built in 2014). The aircraft weight is 104099 kg and it has 2 engines Jet with power of 321,6 kN kN each. The length of the plane is 56.72 m. The height of the plane is 16.9 m. The wing span is 60.12 m.

Technical Specifications of aircraft ET-ARE ( Boeing Charleston B788 )

Length

56.72 m

Height

16.9 m

Wing Span

60.12 m

Speed

0 km/h

Ceiling

13137 m

Range

13621 km

Engine number
2 x Jet
Engine model
General Electric GEnx-1B70
Engine power
321,6 kN
Weight (empty)
104099 kg
Weight (takeoff)
227930 kg
Weight (landing)
172365 kg
RollOut
-
Registered
-
First Flight
-

Last 10 Flights of aircraft ET-ARE (Boeing Charleston B788)

Date Flight Departure Airport Arrival Airport Scheduled Estimated
Departure Arrival Departure Arrival
28 Jan Arlanda () Bole Intl () 21:20 CET 06:45 EAT 21:36 CET 02:49 EAT
28 Jan Gardermoen () Arlanda () 18:45 CET 20:05 CET 19:28 CET 20:07 CET
28 Jan Arlanda () Gardermoen () 06:40 CET 07:45 CET 07:00 CET 07:43 CET
27 Jan Bole Intl () Arlanda () 23:40 EAT 05:40 CET 04:04 EAT 05:37 CET
27 Jan Maputo () Bole Intl () 14:30 CAT 20:30 EAT 18:13 CAT 19:29 EAT
27 Jan Bole Intl () Maputo () 08:55 EAT 13:00 CAT 11:20 EAT 10:37 CAT
26 Jan Narita Intl () Incheon Intl () 20:30 JST 23:00 KST 20:46 JST 22:51 KST
26 Jan Incheon Intl () Narita Intl () 16:50 KST 19:20 JST 16:53 KST 18:41 JST
25 Jan Bole Intl () Incheon Intl () 22:35 EAT 15:45 KST 07:48 EAT 14:09 KST
25 Jan Maputo () Bole Intl () 14:30 CAT 20:30 EAT 17:58 CAT 19:15 EAT
Disclaimer for aircraft ET-ARE data
ET-ARE (Boeing Charleston B788) current position is received via ADS-B. Technical specifications, dimensions, weights and dates are derived from PlaneMapper database. The data is for informational purposes only and PlaneMapper is not responsible for the accuracy and reliability of aircraft ET-ARE data.