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MY FS FLIGHTS
Flight Score
Monitor your speed
Below 10,000 ft you are typically limited to 250 kt indicated (a US rule that much of the world mirrors in some form, though not universally). This forces a deceleration around 10,000 ft whether the profile wants one or not, so plan for it rather than discovering it.
Start to finish · 22 stages, 20 scored
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Two stabilised approach gates, each with five checks, where the approach path is 1,000 ft and 500 ft above the runway.
The approach, gate by gate
Side view — the last 1,685 m of the approach.
Plan view — the first 1,685 m of the 4,000 m runway, to the same scale as the side view.
Touched down 783 m past the threshold — beyond the full-score zone. The arrival was smooth.
The rest of the report
The Boeing 777F taxied from the parking area to runway 16L at Seattle-Tacoma International Airport in 6 minutes, covering approximately 1 nm.
During the departure roll on runway 16L, the aircraft accelerated over a distance of 1,978 m, representing 55 % of the runway, and lifted off at 185 kt; ambient temperature was 18 °C with wind 6 kt from 199°, a 2 kt cross-wind component and a 6 kt head-wind.
The initial climb began 1 mile east of Normandy Park, Washington, climbing from 1,190 ft asl to 30,015 ft asl - a gain of 28,825 ft - in 18 minutes while covering 120 nm.
Level cruise commenced 10 nm north-east of Neah Bay, Washington, and persisted for 154 minutes, during which the aircraft flew 1,237 nm.
A subsequent climb segment started at latitude 54.3595338, longitude -156.2003421, rising from 29,995 ft asl to 31,921 ft asl, an increase of 1,926 ft, in 2 minutes and covering 13 nm.
The following cruise phase began at latitude 54.4289787, longitude -156.575346 and lasted 213 minutes, during which 1,653 nm were traversed.
A third climb was initiated at latitude 49.7637365, longitude 159.46032, climbing from 31,998 ft asl to 33,993 ft asl - a gain of 1,995 ft - in 3 minutes while covering 30 nm.
The next cruise segment started at latitude 49.4503933, longitude 158.8202577, extending for 172 minutes and encompassing 1,404 nm.
Descent began 10 nm south of Shingu, Wakayama, Japan, descending from 33,386 ft asl to 1,321 ft asl, a loss of 32,065 ft, in 23 minutes and over 124 nm.
For the final approach to runway 24R at Kansai International Airport, the aircraft aligned from the north-east on a heading of 231.0°, intercepting the approach at 4 nm and 1,291 ft agl.
Landing on runway 24R, which is 4,000 m long, occurred with a threshold speed slightly above target at 150 kt; touchdown was recorded 371 m beyond the touchdown zone at 141 kt, with a vertical speed of minus 154 fpm and a lateral deviation of 3.5 m from the centreline. Local conditions were 31 °C, wind 2 kt from 270°, with 2 kt cross-wind and 2 kt head-wind components.
The rollout distance measured 1,608 m, representing 40 % of the runway, and runway alignment during rollout was assessed as very good.
The aircraft taxied from the runway to the parking area in 1 minute, covering less than 1 nm.
In total, the flight covered 4,589 nm, required 592 minutes of airborne time, and consumed 85,898 kg of fuel.
The Boeing 777F established a final approach to runway 24R at RJBB Kansai International Airport from the north-east, tracking a heading of 231.0° at 4 nm and 1,291 ft agl while the ambient temperature was 31 °C, wind 2 kt from 270°, with a 2 kt crosswind component and a 2 kt headwind component.
At the threshold the height was good and the threshold speed was slightly above target at 150 kt.
Touchdown occurred 371 m beyond the designated touchdown zone; the aircraft’s speed at touchdown was 141 kt and the vertical rate was good at minus 154 fpm. The touchdown point was slightly misaligned by 3.5 m from the centreline.
The total landing distance measured 1,608 m, representing 40 % of the 4,000 m runway, and the rollout alignment was very good.
With a final score of 95.7 %, the landing was strong; refining the threshold speed to meet the target and adjusting the aim point to reduce the 371 m overshoot will tighten the touchdown envelope and further improve precision.
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