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Tracked and analysed flights over miles
The flight in the Airbus A320 from Dusseldorf to Hamburg was smooth and efficient.
The taxiing from the parking to the runway at Dusseldorf airport took 9 minutes to cover a distance of 1 nm. The departure roll on runway 23L was successful with a takeoff distance of 1,028 m, which accounted for 43% of the runway. The liftoff speed was 157 kn. The local weather at Dusseldorf showed a temperature of 11 °C with a 3 kn wind at 240 °, resulting in a crosswind of 0 kn and a headwind of 3 kn.
The enroute climb began over Dusseldorf, climbing from 1,190 ft asl to 24,954 ft asl in just 11 minutes, covering 64 nm. The level cruise phase started 2 miles north of Ladbergen and lasted for 9 minutes, covering 67 nm. The enroute descent commenced 1 mile north of Bremen, descending from 25,380 ft asl to 1,893 ft asl in 17 minutes, covering 54 nm.
The landing on runway 15 at Hamburg airport was successful, utilizing a runway length of 3,216 m. The height at threshold was 54 ft agl, and the speed at threshold was 130 kn. The touchdown occurred 753 m from the threshold with a touchdown speed of 131 kn and a VSI of -475 ft/m. The local weather at Hamburg indicated a temperature of 17 °C with a 1 kn wind at 270 °, resulting in a crosswind of 1 kn and a headwind of 0 kn. The total landing distance was 1,413 m, accounting for 44% of the runway.
Finally, taxiing from the runway to the parking area at Hamburg took 7 minutes, covering less than 1 nm. The total flight distance from Dusseldorf to Hamburg was 195 nm and the flight duration was 76 minutes, consuming a total of 2,112 kg of fuel.
Replay this flight in 3D — the full flight path over the terrain with every stage, event and score along the route.
Taxiing from the parking to the runway took 9 minutes and covered 1 nm.
| Score | Description | Start | Profile | End |
| 100 % |
Average speed 10 kn 0 kn min to max 16 kn |
0 | 0 kn | |
| 100 % |
Average speed turning corners 0 kn max 0 kn |
0 | 0 kn | |
| 100 % |
Average g force 1.00 g 0.99 g min to max 1.01 g |
1.00 | 1.00 g | |
| Info |
Average pitch angle 0.0 ° -0.0 ° min to max 0.1 ° |
0.0 | 0.0 ° | |
| Info |
Average bank angle 0.0 ° 0.0 ° min to max 0.1 ° |
0.0 | 0.0 ° | |
| Info |
Battery Master On at 18:57:01 |
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| Info |
Engine 2 Started at 18:57:01 |
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| Info |
Beacon Lights Switched On at 18:57:01 |
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| Info |
Navigation Lights Switched On at 18:57:01 |
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| Info |
Landing Gear Down at 18:57:01 |
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| Info |
Parking Brake On at 18:57:01 |
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| Info |
Engine 1 Started at 18:57:53 |
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| Info |
Flaps Position 2 at 18:58:20 |
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| Info |
Taxi Lights Switched On at 19:04:02 |
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| Info |
Parking Brake Off at 19:04:26 |
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| Info |
Strobe Lights Switched On at 19:06:43 |
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| Info |
Landing Lights Switched On at 19:06:46 |
Entering runway 23L at EDDL Dusseldorf, Average speed was 11 kn.
| Score | Description | Start | Profile | End |
| Info |
Average speed 10 kn 9 kn min to max 16 kn |
9 | 9 kn | |
| Info |
Average pitch angle 0.0 ° -0.4 ° min to max 0.4 ° |
0.2 | 0.0 ° | |
| Info |
Average bank angle 0.1 ° 0.0 ° min to max 0.3 ° |
0.0 | 0.2 ° | |
| Info |
Average g force 1.00 g 0.99 g min to max 1.00 g |
1.00 | 1.00 g |
Departure roll runway 23L at EDDL Dusseldorf. Takeoff distance 1,028 m 43 % of runway. Liftoff speed was 157 kn. Local weather - Temperature 11 °C. Wind 3 kn at 240 °. Crosswind: 0 kn Headwind: 3 kn.
| Score | Description | Start | Profile | End |
| 100 % |
Takeoff distance 1,028 m 43 % of runway |
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| 100 % |
Liftoff speed was 157 kn Target 154 kn |
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| 91.67 % |
Runway alignment max 5.35 m 0.02 m left to 5.33 m right |
-3.22 | -0.37 m | |
| 100 % |
Average g force 1.00 g 0.95 g min to max 1.07 g |
1.00 | 1.07 g | |
| 100 % |
Takeoff Bounce |
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| Info |
Average pitch angle 1.2 ° -0.5 ° min to max 8.4 ° |
0.0 | 8.4 ° | |
| Info |
Average bank angle 0.2 ° 0.0 ° min to max 0.3 ° |
0.2 | 0.1 ° |
Departure climb to 50 ft agl from runway 23L EDDL Dusseldorf.
| Score | Description | Start | Profile | End |
| 100 % |
Heading variation 0.0 ° 0.0 ° min to max 0.0 ° |
0.0 | 0.0 ° | |
| 100 % |
Average speed 162 kn 157 kn min to max 166 kn |
157 | 166 kn | |
| 100 % |
Average bank angle 0.1 ° 0.1 ° min to max 0.1 ° |
0.1 | 0.1 ° | |
| 100 % |
Average g force 1.22 g 1.09 g min to max 1.27 g |
1.09 | 1.18 g | |
| Info |
Average VSI 711 ft/m 198 ft/m min to max 1,290 ft/m |
198 | 1,290 ft/m | |
| Info |
Average altitude 18 ft agl 0 ft agl min to max 48 ft agl |
0 | 48 ft agl | |
| Info |
Average pitch angle 11.7 ° 8.8 ° min to max 12.9 ° |
8.8 | 12.9 ° |
Departure climb to 400 ft agl from 23L EDDL Dusseldorf.
| Score | Description | Start | Profile | End |
| 100 % |
Heading variation 0.0 ° 0.0 ° min to max 0.1 ° |
0.0 | 0.1 ° | |
| 100 % |
Average speed 171 kn 166 kn min to max 184 kn |
166 | 184 kn | |
| 100 % |
Average bank angle 0.1 ° 0.1 ° min to max 0.1 ° |
0.1 | 0.1 ° | |
| 100 % |
Average g force 1.06 g 0.97 g min to max 1.17 g |
1.17 | 1.00 g | |
| Info |
Average VSI 1,764 ft/m 1,311 ft/m min to max 2,407 ft/m |
1,311 | 2,407 ft/m | |
| Info |
Average altitude 119 ft agl 50 ft agl min to max 389 ft agl |
50 | 389 ft agl | |
| Info |
Average pitch angle 12.4 ° 11.6 ° min to max 12.9 ° |
12.9 | 12.0 ° | |
| Info |
Taxi Lights Switched Off at 19:08:26 |
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| Info |
Landing Gear Up at 19:08:26 |
Departure climb to 1,000 ft agl from 23L EDDL Dusseldorf.
| Score | Description | Start | Profile | End |
| 100 % |
Heading variation 0.1 ° 0.1 ° min to max 0.1 ° |
0.1 | 0.1 ° | |
| 100 % |
Average speed 190 kn 186 kn min to max 193 kn |
186 | 193 kn | |
| 100 % |
Average bank angle 0.2 ° 0.1 ° min to max 0.3 ° |
0.2 | 0.2 ° | |
| 100 % |
Average g force 1.06 g 1.01 g min to max 1.09 g |
1.07 | 1.01 g | |
| 100 % |
Landing gear up |
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| Info |
Average VSI 3,554 ft/m 2,517 ft/m min to max 4,461 ft/m |
2,517 | 4,461 ft/m | |
| Info |
Average altitude 702 ft agl 432 ft agl min to max 994 ft agl |
432 | 994 ft agl | |
| Info |
Average pitch angle 15.3 ° 12.8 ° min to max 17.0 ° |
12.8 | 17.0 ° |
Enroute climb started overhead EDDL Dusseldorf Dusseldorf (Nordrhein-Westfalen, Germany). Climbing from 1,190 ft asl to 24,954 ft asl, an increase of 23,764 ft in 11 minutes and covering 64 nm.
| Score | Description | Start | Profile | End |
| 100 % |
Average speed 276 kn 183 kn min to max 332 kn |
193 | 330 kn | |
| 100 % |
Average bank angle 12.3 ° 0.0 ° min to max 29.7 ° |
0.1 | 0.0 ° | |
| 100 % |
Average g force 1.02 g 0.87 g min to max 1.15 g |
0.98 | 1.00 g | |
| Info |
Average VSI 2,598 ft/m 194 ft/m min to max 4,785 ft/m |
4,568 | 838 ft/m | |
| Info |
Average altitude 11,528 ft asl 1,190 ft asl min to max 24,954 ft asl |
1,190 | 24,954 ft asl | |
| Info |
Average pitch angle 7.6 ° 1.0 ° min to max 17.3 ° |
17.2 | 1.9 ° | |
| Info |
Turn coordination 0 0 min to max 0 |
0 | 0 | |
| Info |
Flaps Position 1 at 19:09:01 |
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| Info |
Flaps Fully Retracted at 19:09:10 |
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| Info |
Landing Lights Switched Off at 19:11:24 |
Enroute level cruise started 2 miles north of Ladbergen (Nordrhein-Westfalen, Germany) and lasted 9 minutes, covering 67 nm.
| Score | Description | Start | Profile | End |
| 100 % |
Average altitude 25,537 ft asl 25,089 ft asl min to max 25,588 ft asl |
25,089 | 25,515 ft asl | |
| 100 % |
Average speed 329 kn 329 kn min to max 330 kn |
330 | 329 kn | |
| 100 % |
Average bank angle 9.5 ° 0.0 ° min to max 15.6 ° |
0.0 | 0.0 ° | |
| 100 % |
Average g force 1.02 g 0.86 g min to max 1.05 g |
1.00 | 0.86 g | |
| Info |
Turn coordination 0 0 min to max 0 |
0 | 0 | |
| Info |
Average pitch angle 0.9 ° -0.2 ° min to max 1.8 ° |
1.8 | -0.2 ° |
Enroute descent started 1 mile north of Bremen (Bremen, Germany). Descent from 25,380 ft asl to 1,893 ft asl, a decrease of 23,487 ft in 17 minutes and covering 54 nm.
| Score | Description | Start | Profile | End |
| 100 % |
Average speed 234 kn 190 kn min to max 326 kn |
326 | 190 kn | |
| 100 % |
Average bank angle 13.0 ° 0.0 ° min to max 30.3 ° |
0.0 | 0.0 ° | |
| 100 % |
Average g force 1.04 g 0.83 g min to max 1.22 g |
1.01 | 1.02 g | |
| Info |
Average VSI -1,311 ft/m -3,844 ft/m min to max -215 ft/m |
-590 | -1,160 ft/m | |
| Info |
Average altitude 11,480 ft asl 1,893 ft asl min to max 25,380 ft asl |
25,380 | 1,893 ft asl | |
| Info |
Average pitch angle 0.6 ° -4.4 ° min to max 4.9 ° |
0.3 | 2.1 ° | |
| Info |
Turn coordination 0 0 min to max 0 |
0 | 0 | |
| Info |
Landing Lights Switched On at 19:38:12 |
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| Info |
Flaps Position 1 at 19:45:00 |
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| Info |
Landing Gear Down at 19:45:47 |
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| Info |
Taxi Lights Switched On at 19:46:08 |
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| 100 % |
Landing Lights at 19:46:16 |
Arrival started 1 mile north of Bremen (Bremen, Germany).
| Score | Description | Start | Profile | End |
| 100 % |
Average speed 180 kn 169 kn min to max 189 kn |
189 | 169 kn | |
| 100 % |
Average bank angle 0.1 ° 0.0 ° min to max 0.4 ° |
0.0 | 0.0 ° | |
| 100 % |
Average g force 1.00 g 0.95 g min to max 1.06 g |
1.02 | 1.01 g | |
| Info |
Average VSI -962 ft/m -1,131 ft/m min to max -813 ft/m |
-1,131 | -969 ft/m | |
| Info |
Average altitude 1,605 ft asl 1,348 ft asl min to max 1,875 ft asl |
1,875 | 1,348 ft asl | |
| Info |
Average pitch angle 2.0 ° 0.5 ° min to max 3.0 ° |
2.3 | 0.5 ° | |
| Info |
Turn coordination 0 0 min to max 0 |
0 | 0 | |
| Info |
Flaps Position 2 at 19:46:31 |
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| Info |
Flaps Position 3 at 19:46:38 |
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| Info |
Flaps Position 4 at 19:46:48 |
Approaching runway 15 at EDDH Hamburg from 4 nm to 3 nm. Descent from 1,294 ft agl to 989 ft agl. A decrease of 304 ft in 20 seconds.
| Score | Description | Start | Profile | End |
| 100 % |
Approach angle 3.1 ° 3.0 ° min to max 3.1 ° Target 3.0 ° |
3.0 | 3.0 ° | |
| 100 % |
Average speed 157 kn 146 kn min to max 168 kn |
168 | 146 kn | |
| 100 % |
Heading variation -0.1 ° -0.1 ° min to max -0.1 ° |
-0.1 | -0.1 ° | |
| 100 % |
Average bank angle 0.1 ° 0.0 ° min to max 0.2 ° |
0.0 | 0.1 ° | |
| 100 % |
Average g force 1.00 g 0.91 g min to max 1.04 g |
1.00 | 1.01 g | |
| Info |
Average VSI -884 ft/m -960 ft/m min to max -701 ft/m |
-959 | -857 ft/m | |
| Info |
Average altitude 1,141 ft agl 989 ft agl min to max 1,294 ft agl |
1,294 | 989 ft agl | |
| Info |
Average pitch angle -0.3 ° -1.8 ° min to max 0.5 ° |
0.3 | -0.1 ° | |
| Info |
Flaps Position 5 at 19:46:56 |
Approaching runway 15 at EDDH Hamburg from 3 nm to 2 nm. Descent from 976 ft agl to 664 ft agl. A decrease of 311 ft in 24 seconds.
| Score | Description | Start | Profile | End |
| 100 % |
Approach angle 3.0 ° 3.0 ° min to max 3.0 ° Target 3.0 ° |
3.0 | 3.0 ° | |
| 100 % |
Average speed 136 kn 130 kn min to max 145 kn |
145 | 130 kn | |
| 100 % |
Heading variation -0.1 ° -0.1 ° min to max -0.1 ° |
-0.1 | -0.1 ° | |
| 100 % |
Average bank angle 0.1 ° 0.0 ° min to max 0.2 ° |
0.1 | 0.1 ° | |
| 100 % |
Average g force 1.00 g 0.97 g min to max 1.02 g |
1.00 | 1.00 g | |
| Info |
Average VSI -756 ft/m -842 ft/m min to max -666 ft/m |
-842 | -674 ft/m | |
| Info |
Average altitude 819 ft agl 664 ft agl min to max 976 ft agl |
976 | 664 ft agl | |
| Info |
Average pitch angle 1.5 ° 0.1 ° min to max 2.5 ° |
0.1 | 2.3 ° |
Approaching runway 15 at EDDH Hamburg from 2 nm to 1 nm. Descent from 653 ft agl to 349 ft agl. A decrease of 305 ft in 25 seconds.
| Score | Description | Start | Profile | End |
| 100 % |
Approach angle 3.1 ° 3.1 ° min to max 3.1 ° Target 3.0 ° |
3.1 | 3.1 ° | |
| 100 % |
Average speed 130 kn 130 kn min to max 130 kn |
130 | 130 kn | |
| 100 % |
Heading variation -0.1 ° -0.1 ° min to max -0.0 ° |
-0.1 | -0.0 ° | |
| 100 % |
Average bank angle 0.0 ° 0.0 ° min to max 0.0 ° |
0.0 | 0.0 ° | |
| 100 % |
Average g force 1.00 g 0.99 g min to max 1.01 g |
0.99 | 1.01 g | |
| Info |
Average VSI -702 ft/m -720 ft/m min to max -673 ft/m |
-684 | -710 ft/m | |
| Info |
Average altitude 504 ft agl 349 ft agl min to max 653 ft agl |
653 | 349 ft agl | |
| Info |
Average pitch angle 2.6 ° 2.3 ° min to max 2.9 ° |
2.3 | 2.8 ° |
Approaching runway 15 at EDDH Hamburg from 1 nm to 0 nm. Descent from 338 ft agl to 79 ft agl. A decrease of 259 ft in 21 seconds.
| Score | Description | Start | Profile | End |
| 100 % |
Approach angle 3.5 ° 3.1 ° min to max 3.9 ° Target 3.0 ° |
3.1 | 3.9 ° | |
| 100 % |
Average speed 130 kn 130 kn min to max 130 kn |
130 | 130 kn | |
| 100 % |
Heading variation -0.0 ° -0.0 ° min to max -0.0 ° |
-0.0 | -0.0 ° | |
| 100 % |
Average bank angle 0.0 ° 0.0 ° min to max 0.0 ° |
0.0 | 0.0 ° | |
| 100 % |
Average g force 1.00 g 0.99 g min to max 1.03 g |
1.01 | 1.03 g | |
| Info |
Average VSI -692 ft/m -703 ft/m min to max -682 ft/m |
-698 | -682 ft/m | |
| Info |
Average altitude 140 ft agl 79 ft agl min to max 338 ft agl |
338 | 79 ft agl | |
| Info |
Average pitch angle 2.8 ° 2.6 ° min to max 3.6 ° |
2.8 | 3.6 ° |
Landing on runway 15 at EDDH Hamburg, runway length 3,216 m. Good threshold height. Threshold speed was good at 130 kn.
| Score | Description | Start | Profile | End |
| 100 % |
Threshold speed was good at 130 kn. Target 135 kn |
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| 100 % |
Target 50 ft agl |
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| 0 % |
Landing and flare profile |
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| 100 % |
Heading variation -0.0 ° -0.0 ° min to max -0.0 ° |
-0.0 | -0.0 ° | |
| 100 % |
Average bank angle 0.0 ° 0.0 ° min to max 0.1 ° |
0.0 | 0.1 ° | |
| 100 % |
Average g force 1.01 g 0.93 g min to max 1.08 g |
1.03 | 0.98 g | |
| Info |
Average speed 130 kn 130 kn min to max 131 kn |
130 | 131 kn | |
| Info |
Average VSI -310 ft/m -680 ft/m min to max -107 ft/m |
-680 | -472 ft/m | |
| Info |
Average altitude 27 ft agl -1 ft agl min to max 54 ft agl |
54 | -1 ft agl | |
| Info |
Average pitch angle 4.2 ° 2.2 ° min to max 5.4 ° |
3.7 | 2.3 ° |
Touchdown point was 335 m beyond the touchdown zone. Touchdown speed at 131 kn was good. Touchdown rate was hard at -472 ft/m. Runway touchdown alignment was perfect. Local weather - Temperature 17 °C. Wind 1 kn at 270 °. Crosswind: 1 kn Headwind: 0 kn.
| Score | Description | Start | Profile | End |
| 87.16 % |
Touchdown VSI was -472 ft/m. |
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| 67.6 % |
Touchdown distance was 753 m Target 457 m |
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| 100 % |
Speed at touchdown 131 kn Target 132 kn |
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| 100 % |
Runway alignment max 1.38 m 1.35 m right |
-1.34 | -1.38 m | |
| 100 % |
Average bank angle 0.2 ° 0.0 ° min to max 0.5 ° |
0.1 | 0.0 ° | |
| 100 % |
Average g force 1.30 g 0.98 g min to max 1.48 g |
0.98 | 1.24 g | |
| 100 % |
Landing Bounce |
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| Info |
Average speed 131 kn 130 kn min to max 131 kn |
131 | 130 kn | |
| Info |
Average pitch angle 2.3 ° 2.2 ° min to max 2.4 ° |
2.3 | 2.4 ° |
Total landing distance 1,413 m, 44 % of runway. Runway rollout alignment was slightly misaligned by 11.1 m from centreline.
| Score | Description | Start | Profile | End |
| 100 % |
Landing distance 1,413 m 44 % of runway. |
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| 70.8 % |
Runway alignment max 11.06 m 0.00 m left to 11.06 m right |
-1.39 | -11.06 m | |
| 100 % |
Average g force 1.02 g 0.95 g min to max 1.17 g |
1.17 | 0.99 g | |
| Info |
Average speed 124 kn 70 kn min to max 131 kn |
131 | 70 kn | |
| Info |
Average pitch angle 3.2 ° -0.6 ° min to max 4.2 ° |
2.5 | -0.3 ° | |
| Info |
Average bank angle 0.6 ° 0.0 ° min to max 0.8 ° |
0.1 | 0.0 ° |
Exiting runway, average speed 25 kn
| Score | Description | Start | Profile | End |
| Info |
Average speed 26 kn 17 kn min to max 52 kn |
52 | 18 kn | |
| Info |
Average pitch angle -0.2 ° -0.7 ° min to max 0.1 ° |
-0.6 | -0.0 ° | |
| Info |
Average bank angle 0.3 ° 0.1 ° min to max 0.5 ° |
0.1 | 0.5 ° | |
| Info |
Average g force 1.00 g 0.99 g min to max 1.01 g |
0.99 | 1.00 g | |
| Info |
Flaps Position 4 at 19:49:05 |
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| Info |
Flaps Position 3 at 19:49:08 |
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| Info |
Flaps Position 2 at 19:49:15 |
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| Info |
Flaps Position 1 at 19:49:18 |
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| Info |
Flaps Fully Retracted at 19:49:27 |
Taxiing to the parking from the runway took 7 minutes and covered less than 1 nm.
| Score | Description | Start | Profile | End |
| 88.67 % |
Average speed 13 kn 0 kn min to max 27 kn |
18 | 5 kn | |
| 100 % |
Average speed turning corners 13 kn max 14 kn |
0 | 0 kn | |
| 100 % |
Average g force 1.00 g 0.99 g min to max 1.01 g |
0.99 | 1.00 g | |
| Info |
Average pitch angle -0.0 ° -0.6 ° min to max 0.3 ° |
-0.1 | -0.0 ° | |
| Info |
Average bank angle 0.1 ° 0.0 ° min to max 0.4 ° |
0.4 | 0.2 ° | |
| Info |
Strobe Lights Switched Off at 19:49:46 |
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| Info |
Landing Lights Switched Off at 19:49:55 |
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| Info |
Taxi Lights Switched Off at 19:49:56 |
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| Info |
Taxi Lights Switched On at 19:49:57 |
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| Info |
Parking Brake On at 19:56:08 |
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| Info |
Beacon Lights Switched Off at 19:56:16 |
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| Info |
Engine 1 Stopped at 19:56:44 |
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| Info |
Engine 2 Stopped at 19:56:45 |
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| Info |
Navigation Lights Switched Off at 19:56:47 |
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| Info |
Taxi Lights Switched Off at 19:56:47 |
Overall, the aircraft landing score of 88.5% is quite good, but there are still areas that can be improved upon in order to achieve a near perfect score.
Starting with the Approach Phase, the excellent glideslope alignment indicates that the pilot was able to maintain the correct vertical angle during descent, ensuring a smooth approach to the runway. This is a critical aspect of the landing process as it sets the stage for a successful touchdown.
Moving on to the Landing Phase, while the good threshold height suggests that the aircraft crossed the runway threshold at the correct altitude, the very poor landing flare is concerning. The flare is the moment just before touchdown where the pilot reduces the rate of descent to allow for a smooth landing. This phase requires finesse and timing, and it is crucial for a safe and comfortable touchdown.
In the Touchdown Phase, the very hard touchdown rate is a red flag, as it indicates that the aircraft touched down with excessive force. This can cause excessive wear on the landing gear and potentially lead to structural damage. However, the on-target speed and the touchdown point being 335 m beyond the touchdown zone are positive indicators. Additionally, the runway touchdown position being very good shows that the aircraft landed in the correct area of the runway, which is important for safety and efficiency.
Finally, in the Rollout Phase, the runway alignment being 11.1 m from the centerline suggests that there was some deviation from the ideal path during the rollout after landing. This is something that can be improved with practice and attention to detail.
Overall, while the aircraft landing score of 88.5% is commendable, focusing on improving the landing flare, touchdown rate, and runway alignment can help the pilot achieve an even higher score in the future. With continued practice and attention to these key areas, the pilot can strive for consistent and smooth landings in the future.
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