AMC3 DTO.GEN.240 Training aircraft and FSTDs
ED Decision 2020/005/R
EVALUATION
PROCESS
Two cases
for the evaluation process of Annex-I aircraft are distinguished:
(a) Annex-I aircraft that hold an ICAO-level
certificate of airworthiness (CoA)
(1) To support the evaluation process
performed by the competent authority and provide the competent authority with
sufficient data related to the aircraft in question, an instructor who is
qualified in accordance with Annex I (Part-FCL) to Regulation (EU)
No 1187/2011 and nominated by the head of training (HT) of the DTO should
assess that the aircraft is appropriately equipped and suitable for the
training courses provided. The result of this assessment should be submitted
to the competent authority and may be included already in the application for
the authorisation.
(2) During the evaluation process, the
competent authority should consider aircraft that hold a CoA issued in
accordance with Annex 8 to the Chicago Convention to provide a level of safety
comparable to that required by Annex II to the Basic Regulation, unless
the competent authority determines that the airworthiness requirements used
for certification of the aircraft, or the service experience, or the safety
system of the State of design, do not provide for a comparable level of
safety.
(b) Annex-I aircraft that do not hold an
ICAO-level CoA
Before the
inclusion of these aircraft in the fleet of an DTO and their use in training
to obtain Part-FCL licences and ratings, the DTO should apply for the
authorisation to the competent authority that should perform the evaluation
process in the following order:
(1) Initial assessment by the competent
authority and criteria taken into consideration
The
competent authority should take into account the following criteria
(non-exhaustive list):
(i) national airworthiness requirements based
on which the aircraft CoA was issued;
(ii) aircraft similarities to a certified
variant;
(iii) aircraft with a satisfactory in-service
experience as training aircraft;
(iv) simple and conventional aircraft design;
(v) aircraft that does not have hazardous
design features or details, judging by experience; and
(vi) operable aircraft systems, equipment, and
appliances that do not require exceptional skills or strength.
(2) Additional assessment by a qualified
instructor
To support
the evaluation process performed by the competent authority and provide the
competent authority with sufficient data related to the aircraft in question,
after the positive initial assessment by the competent authority as per point
(1), an instructor who is qualified in accordance with Part-FCL and nominated
by the HT of the DTO should show through an evaluation report that the
aircraft is appropriately equipped and suitable for the training courses
provided. That evaluation report should consider all of the following
criteria:
(i) the aircraft should be safely
controllable and manoeuvrable under all anticipated operating conditions,
including after failure of one or more propulsion systems;
(ii) the aircraft should allow for a smooth
transition from one flight phase to another without requiring exceptional
piloting skills, alertness, strength, or workload under any probable operating
conditions;
(iii) the aircraft should have sufficient
stability to ensure that the demands made on the pilot are not excessive,
considering the phase and duration of flight; and
(iv) the assessment should take into account
control forces, flight deck environment, pilot workload, and other human
factors (HF) considerations, depending on the phase and duration of flight.
Subject to a
positive evaluation report as per point (2), the competent authority should
issue the authorisation.
EASA regulations require flight training organizations (DTOs) to evaluate aircraft suitability. Aircraft with ICAO airworthiness certificates undergo assessment by a qualified instructor. For aircraft lacking ICAO certificates, authorities assess national airworthiness, design, and in-service experience. A qualified instructor then evaluates aircraft controllability, stability, and human factors before authorization for training use.
* Summary by Aviation.Bot - Always consult the original document for the most accurate information.
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