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MY FS FLIGHTS
Flight Score
Maintain a smooth pitch
When Vr arrives, an abrupt near-full-scale pull, pitch overshoots, a push, and an oscillation through the first 200 ft. It feels like “this aircraft is twitchy” but the actual fault happened before liftoff. The pitch trace needs to show a clean ramp during liftoff.
Read more in Improve Your Take-OffsStart to finish · 13 stages, 11 scored
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The threshold, the flare and the hold-off. The approach that led to it is the stabilisation gates below.
One stabilised approach gate: five checks where the approach path is 500 ft above the runway. The 1,000 ft gate was not assessed, because the approach did not join final that far out.
Side view — the last 917 m of the approach.
Plan view — the full 917 m runway, to the same scale as the side view.
The 237 m touchdown sits inside the full-score zone. The arrival was smooth.
The rest of the report
The flight in the Piper PA-24-250 Comanche began with a departure roll on runway 08 at LSGK Saanen Airfield. The takeoff distance was 343 meters, which accounted for 44% of the runway. The liftoff speed was 71 knots. The local weather at the time of departure was 16°C with a wind speed of 10 knots coming from 11°, resulting in a crosswind of 9 knots and a headwind of 4 knots.
The enroute climb started overhead Saanen (Canton de Berne, Switzerland), with the aircraft climbing from 3,940 feet asl to 5,405 feet asl, reaching an altitude increase of 1,464 feet in 1 minute and covering a distance of 2 nautical miles.
The enroute level cruise phase began 1 mile northeast of Saanen and lasted 2 minutes, covering 4 nautical miles.
The landing took place on runway 14 at LSTS Sankt Stephan Airfield, with a runway length of 917 meters. The height at the threshold was 27 feet agl, and the speed at the threshold was 57 knots. The touchdown occurred 236 meters from the threshold, with a touchdown speed of 42 knots and a Vertical Speed Indicator (VSI) reading of -119 ft/min. The local weather at the time of landing was 15°C with a wind speed of 10 knots coming from 11°, resulting in a crosswind of 8 knots and a tailwind of 6 knots. The total landing distance was 742 meters, which accounted for 81% of the runway.
The total flight distance covered was 9 nautical miles, with the flight duration totaling 17 minutes and fuel consumption amounting to 5 kg.
First, let's acknowledge the positive aspects of the aircraft landing score of 89.6%. The Landing Phase stood out with good threshold height, excellent landing flare, smooth touchdown rate, speed on target, and touchdown distance inside the touchdown zone, showcasing a high level of skill and precision. Additionally, the runway touchdown position was very good, further demonstrating the pilot's proficiency during this phase of the landing.
However, there are areas that need improvement to elevate the overall score and ensure a safer landing experience. In the Approach Phase, it was noted that there was a poor descent path above the glideslope limit and a slight deviation from the target speed. Maintaining a consistent descent path within the glideslope limits and adhering closely to the recommended speed can significantly enhance the approach phase of the landing.
During the Landing Phase, while the landing flare was excellent, there were concerns regarding the bank angle stability. It is important to maintain a stable and controlled bank angle during the landing to ensure a smooth and safe touchdown. Additionally, landing with a tailwind of 6 knots is a critical safety concern that should be addressed to mitigate any potential risks associated with landing in adverse wind conditions.
In the Rollout Phase, the runway alignment was slightly off, with the aircraft being 5.9 meters from the centerline. Ensuring proper alignment with the runway centerline is crucial for a safe and efficient rollout, avoiding any potential runway excursion or deviation from the designated path.
Overall, while the landing showcased strong execution in certain areas, there are specific areas for improvement to enhance overall safety and performance during future landings. Addressing issues such as descent path, speed control, bank angle stability, tailwind considerations, and runway alignment will contribute to a more consistent and effective landing performance, ultimately leading to higher landing scores and a safer aviation environment. Keep up the good work and continue to strive for excellence in all phases of flight operations.
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