I happened to see the “Notice on Holding the 2025 Haidian District Primary and Secondary School Student Simulation Flying Competition.” As a flight simulation player, I immediately checked out Attachment 2: 2025 Haidian District Primary and Secondary School Student Simulation Flying Competition Rules.pdf. My first impression was: This isn’t a “children’s game”; it’s clearly a training syllabus prepared for “little student pilots.”

So, I had ChatGPT study these rules and write a blog post to share with fellow players. My requirements for ChatGPT were: Focus on the Cessna C172 operational requirements in the rules; break down the scoring points item by item; provide feasible training methods in X-Plane; and briefly discuss the broader trends and thoughts inspired by such competitions.

Below is the commentary brought to us by the generative AI.

1. Why Focus on the Cessna 172?

The C172 is the “standard entry-level” aircraft in civil aviation training and simulators: Controls are relatively stable, power response is linear, and it is beginner-friendly. However, precisely because the baseline is stable, the competition assesses tiny deviations in speed, Climb rate, Track, touchdown, etc., very rigorously—in other words, to get a high score, relying on “not losing control” isn’t enough; you must achieve flight that is “precisely quantifiable.”

2. Key Technical Points in the Competition (Itemized Breakdown)

Below, the technical points and practice directions are broken down according to the scoring dimensions in the competition rules.

1. Takeoff Phase (Scoring Focus: Roll Direction, Rotation Timing, Flaps, Indicated Airspeed) Key Points: • The roll direction should follow 179° (error 1°), rotation speed 55 kt (error 1 kt). • After takeoff, maintain a positive Climb rate and Indicated Airspeed between 62-77 kt; after 400 ft, start monitoring Indicated Airspeed and begin the first turn after reaching 800 ft.

Practice Methods (X-Plane): • Stop firmly on the Runway, complete takeoff prep and start rolling within 15 seconds. Use the HUD/ATC panel to read roll angle and record deviations; repeatedly practice a stable rotation at 54-56 kt. • It is recommended to save screenshots of your rotation speed and roll Heading from your flight records for every takeoff to identify systematic biases (control sensitivity, wind settings, etc.).

Tip: Adjust your joystick sensitivity to match the competition feel (or use the competition-specific joystick mapping) to avoid the default “too soft” control response in the simulator.

2. Traffic Pattern (Scoring Focus: Track Angle, Roll Bank, Altitude)

Key Points: • Each leg has strict Track angles (179°, 89°, 359°, etc.) and altitudes (e.g., Downwind 1100 ft ±10 ft); turns allow a maximum bank of 30°.

Practice Methods: • First mark the Traffic Pattern points on the map, using easily identifiable landmarks on the ground like buildings, combined with navigation points (NDB/VOR/GPS) or user-created Waypoints to assist. • Practice using small control inputs to correct Track deviations; after each flight, check the Track replay and quantify deviations (how many degrees/how many meters). • Train your “Roll Control Sense”: Hold a bank of around 30° for a certain time to get familiar with the feeling of wing load and Turn radius.

Tip: Turn off Auto-Trim (or configure as per competition rules) and practice manual Trimming; this will make your Approach smoother.

3. Approach and Landing (Scoring Focus: Descent Rate, Touchdown Position, Touchdown Rate, G-force, Roll Deviation from Centerline)

Key Points: • Approach Descent Rate ≤ 500 ft/min; touchdown within the touchdown zone (white blocks/markings) is full marks; Touchdown Rate standard is 40 ft/min; touchdown G-load standard is 1.2 g.

Practice Methods: • Use the simulator’s instruments and Vertical Speed Indicator to practice a stable descent; use PAPI/Glideslope (if the mission/scenery provides it) to train for a fixed-angle Approach. • Do more “Target Point Landing” practice: set a landing point and calculate the deviation between the touchdown point and the target. • Practice short/soft field landing techniques to reduce the Touchdown Rate, while controlling speed to prevent it from being too low, which causes a hard landing.

Tip: Enable wind (5-15 kt crosswind) in X-Plane to simulate the competition environment and practice lateral correction and rudder usage.

4. Engine Failure Return to Field (Power-off Return) — This is the key differentiator for high scores

Key Points: • Downwind altitude 1500 ft, distance from Runway at least 1.2 NM, minimum airspeed 90 kt; the system triggers engine shutdown randomly within 5-30 seconds; the return phase must strictly maintain 65 kt (±2 kt, no points deducted).

Practice Methods: • In X-Plane, directly trigger an engine failure via failure simulation, or manually push the throttle to idle during flight to simulate loss of power. • Practice the 30-60 second response from failure trigger to a stable return: immediately configure Flaps/Trim, select the return Track, and maintain airspeed. • Focus on “Airspeed Management” and “Glide Angle Selection”: use the Track with the minimum energy to maintain airspeed back to the Runway threshold.

Tip: Set up a “Safety Procedure Checklist” in training beforehand (e.g., Throttle to 0 → Check Mixture/Fuel Valve → Immediately select return Runway → Set target airspeed 65 kt → Flap configuration) to develop a conditioned reflex.

5. Operational Discipline and Details (“Non-technical” points related to competition rules) • Use of perspectives other than first-person (cockpit view) is prohibited; frequent keyboard tapping or stick shaking is prohibited (rules will be monitored by software). • Joystick mapping and buttons must match the rule attachments; unauthorized functions are prohibited. Practice Suggestions: • Strictly limit your practice environment to the buttons/functions allowed by the competition to avoid forming “bad habits.”

3. How to Simulate “Engine Failure Return” and Traffic Pattern Practice in X-Plane (Concise Steps)

A. X-Plane Operation Steps for Engine Failure Return (Practice Version) 1. Take off from the airport and enter the Downwind cruise (set altitude 1500 ft, airspeed 90 kt). 2. Trigger engine shutdown in the cockpit panel or via Plugin (or manually pull throttle to idle and cut fuel), start timing. 3. After 10 seconds, aim for the Runway threshold, set target airspeed 65 kt (via throttle/pitch micro-adjustment). A descent rate range suitable for competition: 500-600 ft/min for a “controlled descent.” 4. Use Flaps and Trim to maintain the best glide angle, ensuring the altitude passing the Runway threshold is between 50-200 ft. 5. After landing, record the touchdown point and Touchdown Rate; replay and capture key information for improvement.

B. Traffic Pattern Practice (Precision Training) 1. Mark the Traffic Pattern vertices on the map or Waypoints (or preset 5 WPs in the flight plan). 2. During each leg, record Track deviations (quantifiable in replay); the goal is to reduce deviations for each leg within the error allowed by the rules. 3. Focus practice on stabilizing Turn entry angle and suppressing Roll (not exceeding 30°). 4. Use repetitive “closed-loop” training: repeat the same Track 5 times to find repetitive errors and correct them (e.g., yaw, insufficient crosswind correction).

C. Here is a “Return Altitude Allocation” I often use myself; it works great for competitions:

1. Failure Trigger (1500 ft) Immediately establish 65 kt
2. Turn to Runway/Correct Track Maintain ~600 ft/min descent
3. Enter Long Final/Short Final Around 800-900 ft
4. Final Approach (Straight) 300-500 ft
5. Runway Threshold 50-200 ft (specified range)

Time Conversion Example of a “Standard Return”: • 1500 → 800 ft (Difference 700 ft, approx. 1.1-1.2 minutes) • 800 → 300 ft (Difference 500 ft, approx. 50 seconds) • 300 → 100 ft (Difference 200 ft, approx. 20 seconds) Therefore, the total duration for a complete return is commonly: ✔ 1.8-2.2 minutes

4. Training Plan (For adult aviation enthusiasts or parents wanting to train their children) — 4-Week Crash Course

Goal: Stabilize basic operations within the tolerance of the rules (Takeoff, Climb, Track Control, Approach and Landing, Failure Return). • Week 1: Familiarize with joystick/button mapping; Takeoff and Landing basics 10 times/day. • Week 2: Refine Traffic Pattern training (replay every time, record deviations). • Week 3: Engine Failure Return simulation (perform 3 different return routes after each failure). • Week 4: Full-process simulation competition (execute full missions under competition time limits, take the best score of two), and record screen for replay analysis.

After each training session, save flight records, screenshots, or screen recordings, and take simple notes: error points and improvement points, so progress is trackable.

5. Extended Thoughts: Why is this type of competition worth attention? • Emphasis on aviation popularization in China: The competition brings “procedural flight” into primary and secondary school education, a product of combining science and education. • From interest to quasi-professional skills: The realism of the simulation environment and the quantification of scoring turn interest into assessable skills. • Potential selection frontend: In the future, universities or flight clubs may use such competition results as a potential reference for selection. • Early contact, less fear: Children接触真实流程 earlier (failure handling, instrument Approach, etc.), which in the long run can reduce anxiety for the “first real training.”

6. Conclusion (Practical Advice for Readers) • If you are a parent: Don’t be scared off by the “hardcore” nature; start with stable Takeoff and Target Landing, and progress step-by-step. • If you are an X-Plane user: Treat the competition as a training framework; you will find that many traditional flight skills (airspeed management, Track control) improve significantly. • If you want to publish this article on a blog: You can include the practice checklist, a few screenshots of Takeoff/Approach, and a 2-3 minute practice screen recording; readers will be more willing to stay and reproduce the practice.

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It's been a while since I flew the C172. I'll look for some time to practice tomorrow.