Simulated Engine Outs! (Power off 180ºs) MAKE FLIGHT TRAINING FUN AGAIN скачать в хорошем качестве

Simulated Engine Outs! (Power off 180ºs) MAKE FLIGHT TRAINING FUN AGAIN

BECOME a better Pilot! Focus more on Stick & Rudder flying early on and less on fancy panels and avionics!! Come along while I practice a controlled descent and pinpoint landing (And almost hit a DEER) after simulating an engine failure. It's all about energy management. Learn the art of energy management!! a crucial skill in aviation that can make the difference between getting on the ground safely or not.. We as pilots have to optimize aircraft glide ratios and control our airspeed to get the airplane on the ground exactly where we want it. Alright Guys, I did about 45 minutes of this because it's fun!, and really helps you get familiar with your aircraft's performance. CFI's I also included a Lesson plan down below you can use as a guideline. I want you to know your airplanes "Best Glide speed" and be familiar with what the POH says but nothing will substitute practice! Don't rely on avionics or a display to tell you how far you can glide either, those aren't going to be perfect. Go out and just practice power off spot landings, both with flaps and without them, see how the wind helps or hurts you, see how the airplanes weight effects your glide etc, but most importantly have fun. 0:00 Some Purdy Clips, lol 0:17 Intro 1:17 Approach 1 (Slipping) 2:27 Approach 2 (No Slip) 3:40 Approach 3 (Go Right to Runway!!) 5:00 Approach 4 6:12 Approach 5 (power off at Allen's w/a slip) 8:00 Approach 6 9:30 Approach 7 11:00 Approach 8 with an S turn 12:00 Approach 9, 3-point and near miss with a DEER Lesson Plan: Power-off 180ºs Maneuver Objective: By the end of this lesson, the student will be able to safely and accurately perform power-off 180ºs, demonstrating the ability to manage energy, altitude, airspeed, and execute a precise landing approach. Prerequisites: Familiarity with basic flight maneuvers, including turns, climbs, and descents. Knowledge of the aircraft's operating limitations and performance characteristics. Understanding of the traffic pattern and landing procedures. Materials: Fully fueled and airworthy training aircraft. Airport with a suitable runway and traffic pattern. Duration: Approximately 2 hours. Phase 1: Ground Briefing (30 minutes) Introduction to the Maneuver: Explain the purpose of power-off 180ºs: simulating an engine failure during the base-to-final turn and practicing a precise approach and landing. Discuss the importance of energy management, maintaining airspeed, and using proper procedures to execute a safe landing. Aircraft Configuration and Performance: Review the aircraft's glide ratio, best glide speed, and how these factors affect the maneuver. Discuss how aircraft weight and wind conditions can impact the maneuver. Traffic Pattern and Approach: Review the standard traffic pattern and the position of the power-off 180ºs within it. Explain the entry to the maneuver and the key points (base-to-final turn) where the simulated engine failure will occur. Emergency Procedures: Brief the student on the proper emergency checklist and procedures to follow in case of an actual engine failure. Phase 2: In-Flight Instruction (1 hour) Pre-Flight Preparation: Conduct a thorough pre-flight inspection and ensure the aircraft is properly configured for the lesson. Demonstration: Perform a demonstration of the power-off 180ºs maneuver, focusing on entry, energy management, airspeed control, and the final approach. Emphasize the importance of maintaining a stable approach and aiming for a specific touchdown point. Student Practice: Have the student practice the maneuver under your guidance. Provide feedback on energy management, airspeed control, and accuracy of the approach. Gradually decrease your assistance as the student gains confidence and proficiency. Phase 3: Debriefing and Review (30 minutes) Flight Debrief: Review the student's performance during the maneuver, highlighting strengths and areas for improvement. Discuss the importance of maintaining proper airspeed and energy during the approach. Review of Key Concepts: Reiterate the key concepts of energy management, airspeed control, and accurate approach and landing. Safety and Emergency Procedures: Revisit the emergency procedures associated with an actual engine failure during the maneuver. Homework Assignment: Assign reading or research on the principles of energy management and factors affecting glide performance. Assessment: Evaluate the student's ability to accurately perform the power-off 180ºs maneuver, manage energy, maintain proper airspeed, and execute a precise landing approach. Assess the student's understanding of emergency procedures and their ability to respond appropriately to simulated engine failure scenarios. Note: This lesson plan is a guideline and can be adapted to suit your specific training program, aircraft, and student needs. Safety should always be the top priority during flight training.