Sport Pilot (Airplane) Short Field Confined Area Takeoff & Maximum Performance Climb Lesson Plan
Sport Pilot (Airplane) • PTS Area IV, Task E
The Sport Pilot (Airplane) Short-Field (Confined Area—Ases) Takeoff And Maximum Performance Climb Lesson Plan covers the knowledge and skills required by FAA-S-8081-29A.
Introduction
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Schedule:
Topic:Time:Part 1, Introduction:0:05Part 2, Obstacle Considerations:0:10Part 3, Factors Impacting Takeoff Performance:0:10Part 4, Takeoff Performance Calculations:0:10Part 5, Factors Impacting Climb Performance:0:10Part 6, Climb Performance Calculations:0:10Part 7, Short-Field Takeoff and Maximum Performance Climb Procedures:0:10Part 8, Anomalies and Malfunctions:0:10Part 9, Short-Field Takeoff and Maximum Performance Climb Risk Management:0:10Part 10, Guided Scenario(s):0:15Part 11, Conclude Lesson:0:10Remotivation/Closure:0:05Total Ground Time:0:00
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Attention Getter:
- Research and present a mishap case study:
- Discuss how the initial conditions developed into an incident/accident/mishap.
- Relate similar personal experiences of the same type of incident/accident/mishap.
- Consider incorporating a case study as a guided scenario.
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Motivator:
- The goal of the Short-field approach and landing is to maximize aircraft performance in order to safely and accurately land the airplane, obtaining maximum performance, by touching down at the slowest possible airspeed
Materials
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Required Materials:
- Writing instrument (pen, marker, etc.).
- Writing surface (paper, whiteboard, etc.).
- Weight and Balance worksheet.
- Pilot Information/Operating Handbook.
- Airman Certification Standards.
- Student jacket.
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Optional Materials:
- Personal Weather Minimums Worksheet.
- Instructor endorsement log.
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Reference Materials:
- Federal Aviation Regulations Part 91.
- Federal Aviation Regulations Part 93.
- Aeronautical Information Manual.
- Risk Management Handbook.
- Airplane Flying Handbook.
- Seaplane, Skiplane, and Float/Ski Equipped Helicopter Operations Handbook.
- Pilot Handbook of Aeronautical Knowledge.
- Airman Certification Standards:
- Hard copies of the ACS and Oral Exam Guides are available on Amazon.
- Digital copies of the ACS are available on the FAA's website.
Instructor Actions
- Before the lesson, review reference materials.
- Part 1, Introduce the lesson:
- Review the lesson plan, including the attention and motivator.
- Review the airman certification standards.
- Review short-field takeoff and maximum performance climb, why is it important?
- Part 2, Obstacle Considerations:
- Obstacle location relative to runway.
- Climb gradient vs obstacle height.
- Departure path analysis.
- Terrain escape options.
- Turn-back impossibility at low altitude.
- Terrain funneling.
- Part 3, Factors impacting takeoff performance:
- Review surface wind impacts to short-field takeoff and maximum performance climbs, including determining wind direction with or without visual indicators.
- Review wind shear impacts to short-field takeoff and maximum performance climbs.
- Review wake turbulence considerations during short-field takeoff and maximum performance climbs.
- Review outside air temperature and field elevation/density altitude impacts to short-field takeoff and maximum performance climbs.
- Propeller efficiency reduction.
- Engine power reduction.
- Wing performance reduction.
- Reduced acceleration rate.
- Reduced climb gradient despite normal indications.
- Review runway surface condition impacts to short-field takeoff and maximum performance climbs.
- Grass vs pavement rolling resistance.
- Mud/snow/slush hydroplaning implications.
- Braking degradation during rejected takeoff.
- Wet grass performance hazards.
- Surface contamination impact on acceleration.
- Review runway slope impacts to short-field takeoff and maximum performance climbs.
- Review gross weight center of gravity impacts and to short-field takeoff and maximum performance climbs.
- Review power settings impacts to short-field takeoff and maximum performance climbs.
- Review flight profile impacts to short-field takeoff and maximum performance climbs.
- Review nose strut slope impacts to short-field takeoff and maximum performance climbs.
- Review tire pressure impacts to short-field takeoff and maximum performance climbs.
- Review best rate/best angle of climb.
- Review Vx as best obstacle clearance performance given best angle.
- Review Vx also reduces visibility/cooling margins if held.
- Discuss Vy as performance/time-driven.
- Discuss why Vx/Vy vary with altitude.
- Part 4, Takeoff performance calculations:
- Review Performance and Limitations lesson plan (as appropriate), specifically takeoff and climb performance.
- Review weight & balance performance calculation.
- Part 5, Factors impacting climb performance:
- Part 6, Climb Performance Calculations:
- Review determining Top-of-Climb (TOC), connecting TOC's relevance in cross-country flight planning.
- Review determining climb gradient, connecting climb gradient to departure procedure flight planning.
- Review determining rate-of-climb requirements, connecting climb rate to obstacle avoidance.
- Part 7, Short-Field Takeoff and Maximum Performance Climb Procedures:
- Review taxiing, as required.
- Review aircraft configuration considerations.
- Review the impact of partial flaps.
- Relate configuration to ground effect implications.
- Review premature rotation impacts on acceleration.
- Review short-field takeoff and maximum performance climbs.
- Review short-field takeoff and maximum performance climbs.
- Review rejected takeoff considerations.
- Part 8, Anomalies and Malfunctions:
- Review potential emergency procedures during short-field takeoff and maximum performance climbs.
- Review aborted/rejected takeoffs.
- Acceleration checkpoints.
- Abnormal engine indications.
- Runway remaining assessment.
- Go/no-go point concepts.
- Continuing vs aborting tradeoffs.
- Part 9, Short-Field Takeoff and Maximum Performance Climb Risk Management:
- Review collision hazards.
- Review low altitude maneuvering, including stall, spin and controlled flight into terrain risks.
- Review distractions, task prioritization, situational awareness, and disorientation.
- Review runway incursion risks.
- Actual vs. expected performance:
- Imperfect pilot technique.
- Engine wear.
- Runway contamination.
- Delayed rotation.
- Environmental variability.
- Part 10, Guided Scenario(s):
- Part 11, Conclude Lesson:
- Relate lesson to power-on stalls.
- Present the remotivation, conclude, and provide guidance for follow-on lessons.
- Review student actions required ahead of the next lesson.
- Update instructor endorsement records and the student's jacket, as required.
Guided Scenario(s)
- Discuss the purpose of an conditions which warrant a short-field takeoff and maximum performance climbs procedure.
- Conduct a weight and balance calculation for the day.
- Conduct a takeoff distance calculation for the day, noting where takeoff should occur in reference to the airport runways (save for later in lesson)
- Provide simulated variables that cover different airfield elevations (takeoff distance), temperatures, surface conditions, and winds for subsequent calculations and discuss on how they effect takeoff and climb performance.
- Conduct a short-field takeoff and maximum performance climbs and compare actual rotation location to calculated location.
- Discuss how crosswind takeoffs.
- How do control inputs change as the aircraft accelerates?
- How does the pilot manage the liftoff/transition to climb?
- Discuss rejecting the takeoff in the rain/snow.
- How would rejecting a takeoff on a wet runway change a pilot's action?
- How would performance change?
- Discuss an engine failure on takeoff roll, just after takeoff, and while in the climb.
- How does a pilot recognize loss of performance? What is normal RPM expected?
- How do pilot options change as the aircraft gains altitude?
- Discuss the importance of checking for aircraft on final before taxiing onto the runway.
- What are some reasons pilots may be on final without other pilots otherwise knowing?
- Discuss hazards by providing an example of taking off after a larger aircraft (windshear).
- Discuss minimum safe altitudes.
- Describe minimum safe altitudes for a given area?
- Discuss how minimum safe altitudes apply to takeoff/airport operations?
- Discuss reasons where Vx and Vy would be most appropriate for climbout.
- Discuss risk in climb (power-on stall) as well as terrain avoidance being low altitude, nose-high, high workload.
- Discuss why noise abatement procedures exist and where to find them.
- Have student locate noise abatement procedures for the local or a nearby airport.
- Related scenarios:
Student Actions
- Complete the assigned readings (see content above).
- Ask pertinent questions.
- Perform self-assessment, including fitness for flight and personal minimums, as appropriate.
- Make a go/no-go decision, as appropriate.
Airman Certification Standards
Sport Pilot (Airplane) Short Field Confined Area Takeoff & Maximum Performance Climb Practical Test Standards
- Source: FAA-S-8081-29A, Section 1 - Sport Pilot Airplane.
- Task: SHORT-FIELD (CONFINED AREA—ASES) TAKEOFF AND MAXIMUM PERFORMANCE CLIMB (ASEL and ASES).
- References: FAA-H-8083-3, FAA-H-8083-23; AFM/POH.
- Objective: To determine that the applicant:
Objective Elements 12 PTS Elements
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SP.1: Exhibits knowledge of the elements related to a short-field (Confined Area-ASES) takeoff and maximum performance climb. -
SP.2: Positions the flight controls for the existing wind conditions; sets the flaps, if applicable, as recommended. -
SP.3: Clears the area; taxis into takeoff position utilizing maximum available takeoff area and aligns the airplane on the runway center/takeoff path. -
SP.4: Selects an appropriate take-off path for the existing conditions. (ASES) -
SP.5: Applies brakes (if appropriate) while advancing the throttle. -
SP.6: Establishes and maintains the most efficient planing/lift-off attitude and corrects for porpoising and skipping. (ASES) -
SP.7: Lifts off at the recommended airspeed/attitude, and accelerates to the recommended obstacle clearance airspeed/attitude or V X. -
SP.8: Establishes a pitch attitude that will maintain the recommended obstacle clearance airspeed, or V +10/−5 knots, until the obstacle is cleared, or until the airplane is 50 feet above the surface. X -
SP.9: After clearing the obstacle, establishes the pitch attitude for V accelerates to V , and maintains V , Y Y Y +10/−5 knots, during the climb. -
SP.10: Retracts the flaps after clear of any obstacles or as recommended by manufacturer. -
SP.11: Maintains takeoff power to a safe maneuvering altitude. -
SP.12: Maintains directional control and proper wind-drift correction throughout the takeoff and climb.
Conclusion
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Re-Motivation:
- Short Field Confined Area Takeoff and Maximum Performance Climb combines performance planning, directional control, and precise aircraft configuration during a phase of flight with little time or altitude to correct errors.
- Wind, runway condition, density altitude, weight, obstacles, and aircraft limitations must be evaluated before committing to the takeoff.
- Briefing abort points, continuously evaluating acceleration and aircraft response, and acting decisively when performance is not as expected transform calculations into meaningful risk management.
- Continued practice with Short Field Confined Area Takeoff and Maximum Performance Climb prepares sport pilots for more demanding runway, weather, and aircraft-performance scenarios later in training.
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Closure:
- Advise students that this lesson will be used as a starting point for the next lesson.
- Assign study materials for the next lesson.