Appendix 1 o Left right bezel keys, o Primary function keys, o Performance, o W&B, and o AFM.
(r) System synoptic pages.
(s) Warning systems and takeoff configuration protection.
(t) Flight controls/mechanical.
• Flight controls;
• ACS interfaces;
• Stick pusher system (special emphasis item);
• System overview;
• System operation;
• Use of alternate trim (special emphasis item);
• Normal, abnormal, and emergency operations; and o Takeoff configuration protection, and o TO CONFIG OK and CONFIG Warnings.
(u) Auto flight system. The objective of this section is to provide a detailed description of the EA500 Autoflight system as required by the ATP and Aircraft Type Rating PTS.
• Functions;
o Three axis AP functions, o Pitch autotrim, o Flight director (FD), o Yaw damper, o Stick pusher, o Speed protection, and o Flight mode annunciation.
• ACS interfaces;
• Aircraft interfaces;
o Trim, o Flight management system (FMS), o Sidestick, o Air data computers, o AHRS and Multifunction Display (MFD), and o Global positioning system (GPS).
• Pilot interfaces;
o AP control panel, o Sidestick, and o PFD.
Appendix 1
• Modes of operation; and o Lateral, o Vertical, o Pilot assisting, and o Envelope protection.
(v) Landing gear and brakes.
• ACS interfaces;
• System overview;
• System operation; and
• Normal, abnormal, and emergency operations (special emphasis item).
(w) Fuel system.
• ACS interfaces;
• System overview;
• System operation; and
• Normal, abnormal, and emergency operations.
(x) Pneumatics.
(y) Pressurization system.
• Pressurization and climate control; and o ACS interfaces;
o System overview;
o System operation; and o Normal, abnormal, and emergency operations.
(z) Air conditioning.
(aa) Oxygen system.
• ACS interfaces;
• High altitude physiology review (special emphasis item);
• System overview;
• System operation;
• Normal, abnormal, and emergency operations; and
• Donning of oxygen masks (special emphasis item).
(bb) Ice and rain protection.
• ACS interfaces;
• System overview;
• System operation; and
• Normal, abnormal, and emergency operations.
Appendix 1 (cc) Fire protection system.
• ACS interfaces;
• System overview;
• System operation; and
• Normal, abnormal, and emergency operations.
(dd) Preflight procedures.
(ee) Normal procedures.
(ff) Reduced Vertical Separation Minimum (RVSM) policies and procedures. The objective of this section is to provide the pilot with an understanding of the RVSM policies and origin, procedures for its use, and aircraft limitations and requirements.
(gg) Abnormal and emergency procedures.
(hh) Generator, ACS, or flight bite data bus failures.
(ii) Terrain Awareness and Warning System (TAWS).
(jj) Traffic advisory system (TAS).
(kk) Automatic direction finder (ADF) system.
(ll) Distance measuring equipment (DME) systems.
(mm) Operations into known icing (special emphasis item).
(nn) Garmin 400W long-range navigation (LRNS) system.
(oo) Use of TOGA System.
(pp) Differences training from base EA500 items.
• ETT Modification Differences;
• Avio NG Avionics System Differences; and
• Weather Radar.
(2) Systems Integration Training Cockpit Procedures Trainer/FTD/Flight Simulator (SIM) or Aircraft. The following is a list of items that should be practiced/trained in a cockpit procedures trainer, approved FTD, approved SIM, or in the EA500 while on the ground:
(a) Cockpit orientation.
(b) PFD/MFD preflight setup.
(c) QRH review, cockpit setup and flow procedures.
Appendix 1
(d) Setup of the Flight Director (FD) and Autopilot Control Panel (special emphasis item).
(e) Instrument approach tuning and setup.
(f) Avio systems integration (special emphasis item).
(g) Avionics systems and abnormal procedures (special emphasis item).
(h) Communication tuning and setup.
(i) Analysis of system synoptic pages.
(j) Use of keyboard (special emphasis item).
(k) CAS messaging system.
(l) CAS logic and abnormal procedures (special emphasis item).
(m) Quick reference handbook (QRH) review, cockpit setup flows and procedures.
(n) AP overview.
(o) Setup of the AP control panel.
(p) PFD flight mode annunciations.
(q) Abnormal and emergency procedures.
(r) Donning of oxygen masks (special emphasis item).
(s) Use PFD, MFD and composite mode (special emphasis item).
(t) ACS, air-data computer (ADC), generator and flight bite data bus failures.
(u) Use of alternate trim (special emphasis item).
(v) Programming the Garmin 400W LRNS.
(w) Use of ice protection system (special emphasis item).
(x) EA500 differences training.
(y) Optional Systems Operation including Weather Radar, TAS, and TAWS.
(3) Flight Training Requirements. To meet the completion standards, most flight lessons should be scenario-based. It is understood that the training provider can and should incorporate repetitive skills based training into the flight lessons and/or scenarios. The training provider must incorporate single pilot resource management, risk management, aeronautical Page 12
Appendix 1 decision making, automation management, SA, and CFIT awareness training throughout the flight training. The training provider should incorporate learner centered grading into the entire training program.
(a) The training program must include a minimum of 16 hours of flight time in seven or more lessons.
(b) Training providers may use FAA-approved simulators and/or FTDs to accomplish the flight training requirements.
(c) The training program must include flight training operations in Class A, C, and D airspace. The FAA encourages Flight training operations in Class B, E, and G.
(d) The training program must include night flight. If a mentor program is part of the training program, and night flight is a required part of mentor program, then the FAA does not require a night flight in the type rating training program. If the pilot is not subject to a mentor program, or if the mentor program does not have a requirement for night flight, then night flight is required in the type rating training program.
1. Exterior preflight inspection.
2. Cockpit/cabin setup.
3. Aircraft systems tests and checks.
4. Before takeoff procedures.
5. Rejected takeoffs and landings.
6. Pitch attitude, power settings and airspeed combinations (including steep turns, slow flight, approaches to stalls, and stick pusher demonstration).
7. Maneuvering at best single-engine rate-of-climb speed (VYSE).
8. Basic and advanced flight maneuvers required for EA500 practical test.
9. Jet aircraft traffic pattern operations.
10. Departure and arrival procedures.
11. Instrument approaches, missed approach procedures, and holding.
12. Icing considerations.
13. RVSM considerations.
14. Engine shutdown and restart.
15. Single engine approach and landing from precision/non-precision approaches.
Appendix 1
16. Single engine missed approaches.
17. No flap takeoffs.
18. No flap/partial flap landings.
19. En route and high altitude operations.
20. Loss of pressurization and use of oxygen.
21. Emergency descents.
22. Abnormal and emergency procedures.
23. Smoke and fumes removal.
24. Unusual attitude recoveries.
25. Specific avionics system emergencies.
26. Loss of MFD/PFD.
27. Use of PFD, MFD, and composite mode (special emphasis item).
28. Instrument approaches with PFD/MFD in composite mode (special emphasis item).
29. Use of CAS messaging system (special emphasis item).
30. High altitude single pilot operations (special emphasis item).
31. Loss of all direct current (DC) power and effect on the aircraft and the FADEC system (special emphasis item).
32. Other electrical system malfunctions (special emphasis item).
33. Donning of oxygen masks (special emphasis item).
34. Use of emergency gear system (special emphasis item).
35. Stick pusher system (special emphasis item).
36. Use of alternate trim (special emphasis item).
37. Circling approach procedures.
38. Operations into icing conditions including handling qualities and performance (special emphasis item).
Appendix 1
39. Garmin 400W LRNS.
40. Use of Takeoff/Go-Around (TOGA) system.
41. High speed approaches at airports with high levels of air carrier traffic (special emphasis item).
42. Optional Systems Operations including Weather Radar, TAS, and TAWS.
6. MENTOR PROGRAM. The mentoring program is for pilots with low flight time or experience in turbine-powered aircraft. It is intended to provide the pilot with additional experience, under the watchful eye of an experienced mentor. Additionally, the training provider designs a mentor program for pilots who received their type rating in a traditional type rating program. If an applicant meets the experience requirement listed below (after successful completion of the type rating training program) prior to taking the practical test, then equivalency has been met and the FAA will not require post-type rating training.
a. Mentor Supervised Events. After successfully completing a traditional type rating training program, the pilot will be required to perform a number of events under mentor supervision. The matrix below lists the minimum number of events for a specific pilot experience level. Tailor events to individual requirements, as dictated by the pilot’s typical operating profile. After an assessment of the pilot’s prior experience and level of performance during type training, the training provider will assign him/her an individualized profile that will prescribe a list of events and the number of times the pilot must accomplish each event. There is no specific fixed number of flight hours required for a given pilot’s mentoring program, unless the minimum hour requirements of part 61, § 61.64 apply.
b. Mentor Providers. Since a mentor program is part of initial training, the training provider oversees that program. The establishment of organizations providing only mentor services is expected and training providers may contract with these mentor service providers. In this case the training provider and the mentor services provider will work closely together in developing mentor programs tailored to the pilot, considering the pilot’s experience and performance during the type rating training.
c. Assigned Profile. A pilot will not have completed the training provider’s EA500 training program until he/she completes the assigned profile and the mentor is satisfied without reservation that the pilot is safe to operate consistently as a solo pilot in the EA500.
d. Required Mentoring Documentation. The training provider needs to document that the pilot has received the required mentoring. This documentation should include certification that the pilot has satisfactorily completed the assigned mentoring as listed in his or her mentor profile. The training provider shall issue the pilot a certificate or sign-off indicating that the required mentoring is complete.
e. Mentor Matrix/Profile. The matrix below will be used to identify a pilot’s initial profile based on previous flight experience. Subsequently, as determined by the manager of flight training, the training provider assigns an individual profile based on performance in the type rating training. This profile will be provided to the pilot and mentor prior to initiating their Page 15
Appendix 1 mentoring program. If the pilot meets one portion of a higher experience level, but only a lower portion of another, the pilot must complete the mentoring program of the lower experienced pilot. For example, if the pilot has over 5,000 hours but only one type rating, then that pilot must complete the “MODERATE EXPERIENCE PILOT” mentor profile.
LOW
EXPERIENCE PILOT
MODERATE
EXPERIENCE PILOT HIGH
EXPERIENCE PILOT Flight Time Under 1000 1000-5000 Over 5000 Type Ratings None One Multiple TASKS # of Tasks # of Tasks # of Tasks
1. Class A airspace 5-9 3-5 1-2
2. Class B airspace 3-5 2-3 1-2
3. Class C/D airspace 3-5 2-3 0-2
4. Class E/G airspace 3-5 2-3 1-2
5. Short runway operation 5-7 3-5 3-5
6. Approaches: precision 5-7 3-5 1-3
7. Approaches: non-precision 5-7 3-5 1-3
8. Circling approaches 5-7 3-5 1-3
9. Missed approaches 5-7 3-5 1-3
10. Landings 15-20 10-15 5-10
11. Maximum range flight 2-3 1-2 0-1
12. Actual instrument meteorological conditions (IMC) flights 3-5 2-3 1-2
13. Flight above flight level (FL) 350 2-3 1-2 0-1
14. Total full mission scenarios 3-7 2-3 1-2
15. Autoflight and systems integration 5-7 3-5 1-3
16. Night operations 2-3 2-3 1-2
17. Special operations Varies Varies Varies
(1) Event Categories and Specific Events. The following are specific/expanded events the pilot must accomplish within each event category. They are not all-inclusive and the mentor and/or pilot may add an event if it will enhance the overall experience.
(a) Class A airspace:
1. Perform flight in RVSM airspace and exhibit adequate knowledge of airspace requirements.
2. Exhibit adequate knowledge of using high-altitude charts.
3. Select optimum cruise flight level and exhibit adequate knowledge of speed vs.
range performance.
Appendix 1
4. Compute fuel requirements at planned FL and ± 2,000 feet of planned FL.
5. Compute/update fuel requirements during flight and discuss implications.
6. Exhibit adequate knowledge of diversion requirements and planning.
7. Plan descent to terminal area (descent point and rate); discuss implications and techniques of late descent (Air Traffic Control (ATC), planning error, etc.).
8. Monitor pressurization for proper scheduling; exhibit adequate knowledge of pressurization system.
9. Obtain destination and potential diversion and alternate weather using proper procedures.
(b) Class B airspace:
1. Fly a Standard Terminal Arrival Route (STAR) to an airport in Class B airspace.
2. Fly an instrument approach to an airport in Class B airspace.
3. Perform an arrival and departure with no preventable missed radio calls.
4. Fly a Standard Instrument Departure (SID) or a Graphical Obstacle Departure Procedure (ODP).
5. Exhibit adequate knowledge of arrival and terminal airspeed requirements and restrictions.
6. Exhibit adequate knowledge of charted visual approaches.
(c) Class C/D airspace:
1. Fly to an unfamiliar airport.
2. Fly to a non-radar Class D airport.
3. Exhibit adequate knowledge of airspace dimensions and entry requirements.
4. Exhibit adequate knowledge of land-and-hold short operations (LAHSO).
(d) Class E/G airspace:
1. Fly to an unfamiliar airport.
2. Fly a visual flight rules (VFR) pattern entry/departure.
Appendix 1
3. Obtain airport weather info via appropriate method (Automated Weather Observing System (AWOS), automated surface observing system (ASOS), automated terminal information service (ATIS), ATC, etc.).
4. Obtain clearance void time via Flight Service Station (FSS).
5. Perform an obstacle departure procedure.
6. Perform an instrument flight rules (IFR) departure.
(e) Short runway operation (1.3 times minimum length required):
1. Perform takeoff.
2. Perform landing.
3. Discuss personal minima regarding short runways.
(f) Precision approaches:
1. Fly stabilized final approach segment.
2. Fly approach using AP to Decision Altitude (DA) or the lowest altitude authorized by the AFM and Autopilot Limitations, whichever is higher.
3. Fly hand-flown approach.
4. Fly simulated single engine approach.
5. Fly day approach.
6. Fly night approach.
7. Fly approach using radar vectors.
8. Fly full published approach.
9. Fly high-speed/late configuration approach.
10. Exhibit adequate knowledge of the instrument landing system (ILS) and procedures.
(g) Non-precision approaches:
1. Fly stabilized final approach segment.
2. Fly approach using AP.
3. Fly hand-flown approach.
Appendix 1
4. Fly simulated single engine approach.
5. Fly day approach.
6. Fly night approach.
7. Fly approach using vectors.
8. Fly full published approach.
9. Fly day approach.
10. Fly night approach.
11. Discuss personal minimum for circling approach (day and night).
(h) Circling approaches:
1. Fly a stabilized circling approach to the runway of intended landing (two-engine VFR).
2. Maintain appropriate distance from the airport during the maneuver.
NOTE: Do not exceed 30 degrees of bank angle.
(i) Missed approaches:
1. Fly day missed approach.
2. Fly night missed approach.
3. Fly simulated single engine missed approach.
4. Exhibit adequate knowledge of criteria of when to execute missed approach.
(j) Landings:
1. Perform touchdown at desired point.
2. Perform touchdown at desired speed.
3. Perform touchdown with proper runway alignment.
4. Perform proper braking relative to runway length and condition.
5. Perform crosswind landing using proper technique.
6. Perform night landing.
(k) Maximum range flight:
Appendix 1
1. Plan flight to maximum range, based on proper fuel reserves.
2. Exhibit adequate knowledge of aircraft performance and fuel requirements.
3. Perform in flight update of fuel status.
4. Discuss diversion options before and during flight.
(l) Actual IMC flight:
1. Perform a departure in IMC.
2. Perform an arrival in IMC.
3. Perform an instrument approach in IMC.
4. Perform a minimum of 30 minutes cruise in IMC.
5. Exhibit adequate knowledge of icing potential and procedures.
6. Exhibit adequate knowledge of how and when to avoid severe weather.
(m) Flight above FL 350:
1. Demonstrate proper use of supplemental oxygen.
2. Exhibit adequate knowledge of range and speed relationship above FL 350.
3. Perform maximum mach/airspeed descent from high altitude; exhibit adequate knowledge of maximum operating limit speed (VMO/MMO).
(n) Full mission scenarios. Perform flight combining as many of the above event categories as practical; scenario should reflect typical environment expected to be flown by pilot;
minimum events will be:
1. Takeoff and landing at different airports.
2. Flight in Class A airspace.
3. Unfamiliar airport operations.
4. Class G airport.
5. Short runway.
NOTE: All flights are essentially “full mission” scenarios.
(o) Autoflight and systems integration. Fly the aircraft using the AP.