Exercise 1

Recovery from Nose HIGH upsets at various bank angles

(1) Training objectives

The student pilot should:

(i) recognise and confirm the Nose HIGH situation (AOA, attitude, energy, trends);

(ii) announce ‘Nose High’; and

(iii) apply the correct recovery strategy.

(2) Training tasks

The student pilot should:

(i) regain situation awareness;

(ii) recognise and analyse AOA, pitch, bank, energy state and trends;

(iii) note natural and synthetic indications for AOA, attitude, and energy;

(iv) manage human factors, stress response (startle and surprise, counter-intuitive actions);

(v) take manual control;

(vi) identify and apply the Nose HIGH recovery strategy;

(vii) correct any out-of-trim condition;

(viii) manage nose-down movement;

(ix) manage g-load;

(x) use the effects of power to assist nose-down movement;

(xi) use bank to orient the lift vector as necessary;

(xii) stabilise the flight path after recovery using basic pitch/power settings;

(3) Enabling objectives

The student pilot should:

(i) decide if Stall Recovery or Nose HIGH recovery is applicable;

(ii) perform control inputs deliberately;

(iii) use up to full control deflections;

(iv) avoid unnecessary low or high loads;

(v) use secondary flight controls (trim/power) as necessary to support primary flight control inputs (i.e. nose-down movement); (vi) apply control inputs in the correct sequence (see Table 1, Nose-HIGH Recovery Strategy); (vii) apply counter-intuitive actions as necessary:

(A) unloading;

(B) power-reduction in Nose-HIGH attitude (depending on engine mounting); and

(C) using bank to orient the lift vector downwards.

Exercise 2

Recovery from Nose LOW upsets at various bank angles

(1) Training objectives

The student pilot should:

(i) recognise and confirm the situation (AOA, attitude, energy, trends);

(ii) announce ‘Nose LOW’;

(iii) apply the correct recovery strategy.

(2) Training tasks

The student pilot should:

(i) regain situation awareness;

(ii) recognise and analyse AOA, pitch, bank, energy state and trends;

(iii) note natural and synthetic indications for AOA, attitude and energy;

(iv) manage human factors, stress response (startle and surprise, counter-intuitive actions);

(v) take manual control;

(vi) identify and apply the Nose LOW recovery strategy;

(vii) correct out-of-trim condition;

(viii) decide if aircraft is stalled;

(ix) manage g-load;

(x) identify the correct direction to roll;

(xi) roll to wings level to orient the lift vector upwards;

(xii) manage power and drag; and

(xiii) stabilise the flight path after recovery using basic pitch/power settings.

(3) Enabling objectives

The student pilot should:

(i) perform control inputs deliberately;

(ii) use up to full control deflections;

(iii) avoid unnecessary low or high loads;

(iv) apply control inputs in the correct sequence (see Table 2, Nose-LOW Recovery Strategy); and

(v) apply counter-intuitive actions as necessary:

(A) apply Stall Recovery in nose low attitude first if needed;

(B) unloading instead of pulling;

(C) unloading to increase roll rate;

(D) avoid ‘rolling-pull’; and

(E) accept the priority of rolling to wings level first, before reducing power and before pulling.

Exercise 3

Recovery from Spiral Dive

(1) Training objectives

The student pilot should:

(i) recognise the spiral dive as a result of improper nose-up elevator input during a Nose LOW turning situation; and

(i) apply the Nose LOW Recovery Strategy.

(2) Training tasks

The student pilot should:

(i) maintain/regain situation awareness;

(ii) recognise and analyse AOA, pitch, bank, energy state and trends;

(iii) manage human factors, stress response (startle and surprise, counter-intuitive actions);

(iv) take manual control;

(v) identify and apply the Nose LOW recovery strategy; and

(vi) stabilise the flight path after recovery using basic pitch/power settings.

(3) Enabling objectives

The student pilot should:

(i) perform control inputs deliberately and in the correct sequence;

(ii) use up to full control deflections, if required; and

(iii) apply counter-intuitive actions as necessary:

(A) unloading instead of pulling;

(B) unloading to increase roll rate;

(C) avoid ‘rolling-pull’; and

(D) accepting the priority of rolling to wings level first, before reducing power and before pulling.

Exercise 4

Recovery from Stall event

(1) Training objectives

The student pilot should:

(i) recognise and confirm the situation (AOA, attitude, energy, trends);

(ii) announce ‘Stall’;

(iii) apply the Stall Event Recovery Strategy.

(2) Training tasks

The student pilot should:

(i) regain situation awareness;

(ii) recognise and analyse AOA, pitch, bank, energy state and trends;

(iii) note natural and synthetic indications for high AOA/stall;

(iv) manage human factors, stress response (startle and surprise, counter-intuitive actions);

(v) recover from:

(A) approach to stall

(B) full stall, wings level and during turn

(C) slipping stall

(D) skidding stall

(E) accelerated stall

(F) secondary stall

(vi) take manual control;

(vii) identify and apply the Stall Event Recovery Template or the aircraft manufacturer Stall Recovery SOP;

(viii) apply nose-down elevator input to reduce AOA;

(ix) manage trim;

(x) consider power reduction (if engine mounting induces a nose-up effect);

(xi) accept altitude loss;

(xii) identify the correct direction to roll to wings level;

(xiii) manage power and drag;

(xiv) manage g-load and energy to avoid secondary stall; and

(xv) stabilise the flight path after recovery using basic pitch/power settings.

(3) Enabling objectives

The student pilot should:

(i) perform control inputs deliberately;

(ii) use up to full control deflections;

(iii) apply control inputs in the correct sequence (see Table 3, Stall Event Recovery Strategy Template); and

(iv) apply counter-intuitive actions as necessary:

(A) unloading to reduce AOA;

(B) unloading before rolling;

(C) power reduction if necessary;

(D) accepting altitude loss; and

(E) waiting for airspeed increase before loading again.

Exercise 5

Recovery from incipient spin

(1) Training objectives

The pilot should:

(i) recognise and confirm the spin (AOA, yaw, attitude, energy, roll, trends);

(ii) apply the OEM Incipient Spin Recovery procedure.

(2) Training tasks

The pilot should:

(i) be aware of the aircraft response to all possible pitch and roll control inputs and to thrust/power changes during (incipient) spin;

(ii) maintain/regain situation awareness;

(iii) recognise and analyse AOA, attitude, energy, yaw, roll, trends);

(iv) note natural and synthetic indications for high AOA, stall, spin;

(v) manage human factors, stress response (startle and surprise, counter-intuitive actions);

(vi) take manual control;

(vii) identify and apply the OEM Incipient Spin Recovery Procedure;

(viii) manage AOA, g-load and energy to avoid secondary stall; and

(ix) stabilise the flight path after recovery using basic pitch/power settings.

(3) Enabling objectives

The pilot should:

(i) perform control inputs deliberately and in the correct sequence;

(ii) use up to full control deflections as required by the procedure;

(iii) apply counter-intuitive actions as necessary;

(iv) avoid unreflected control inputs; and

(v) allow time for control inputs to show results.

Pilot competencies and behavioural indicators in the context of the Advanced UPRT Course

(1)        Application of procedures

(i)          Follows the recommended Nose HIGH or Nose LOW recovery strategy or the Stall Event Recovery Template / STALL RECOVERY SOP

(ii)         Identifies and follows operating instructions in a timely manner

(iii)        Correctly operates aircraft systems and equipment

(iv)        Applies relevant procedural knowledge

(2)        Communication

(i)          Adheres to callouts

(ii)         Verbalises the essential steps during the recoveries

(3)        Aeroplane flight path management — automation

Disconnects autopilot and autothrust/autothrottle before initiating the recovery (to be simulated if the training aeroplane is not fitted with autothrust/autothrottle)

(4)        Aeroplane flight path management — manual control

(i)          Detects deviations from the desired aircraft trajectory and takes appropriate action

(ii)         Controls the aircraft using appropriate attitude and power settings

(iii)        Contains the aircraft within the defined flight envelope

(5)        Leadership and teamwork

(i)          Understands and agrees with the crew’s roles and objectives

(ii)         Uses initiative and gives directions when required

(iii)        Admits mistakes and takes responsibility

(iv)        Communicates relevant concerns and intentions

(v)         Gives and receives feedback constructively

(vi)        Projects self-control in all situations

(6)        Problem-solving and decision-making

(i)          Seeks accurate and adequate information from appropriate sources

(ii)         Identifies and verifies what and why things have gone wrong

(iii)        Perseveres in working through the event safely

(iv)        Sets priorities appropriately

(7)        Situation awareness and information management

(i)          Identifies and assesses accurately the state of the aircraft and its systems

(ii)         Identifies and assesses accurately the aircraft’s vertical and lateral position, and its anticipated flight path

(iii)        Anticipates accurately what could happen, plans and stays ahead of the situation

(iv)        Recognises and effectively responds to indications of reduced situation awareness.

(8)        Workload management

(i)          Maintains self-control in all situations Manages and recovers from stress response (startle surprise), interruptions, distractions, variations and errors effectively

(ii)         Reviews, monitors and cross-checks actions conscientiously

(iii)        Verifies that tasks are completed to the expected outcome

(iv)        Offers and accepts assistance, delegates when necessary, and asks for help early

(v)         Manages and recovers from interruptions, distractions, variations and failures effectively