CPL Theory Flashcards
To learn all necessary theory for the CPL Flight Test. CAO's - 155 Questions CAA's - 3 Questions CAR's - 43 Questions Subject is incomplete. Covers up to approximately middle of CAR's. Accurate as at MAR 2016
When must external control surface locks, undercarriage pins and locks, or other external locking or restricting devices, be removed?
Prior to taxiing for the purpose of taking off.
CAO 20.2.2.2
Who may remove external control surface locks, undercarriage pins and locks, or other external locking or restricting devices?
PIC or co-pilot. Or, another personal directed by the PIC and the PIC or co-pilot must visually confirm the locks have been removed.
CAO 20.2.2.3
If an aircraft has been parked in winds exceeding 35kts and the control surfaces have not been locked, what is the requirement?
PIC or a LAME must inspect the control systems and control surface attachments for damage before flight.
CAO 20.2.2.4
Normally, flight controls must be tested immediately before take-off. If external control locks have been removed, or it is the first flight since control surfaces or control systems have been worked on for maintenance, when must the controls be tested?
Immediately before taxiing for the purpose of taking off.
CAO 20.2.2.5
When must the PIC ensure all doors, escape hatches and loading hatches are properly secured?
Immediately before taxiing for the purpose of taking off.
CAO 20.2.3
What precautions must be made before solo flight in an aircraft fitted with dual controls?
PIC must ensure safety harness and any other articles or equipment which may foul the controls are safely secured. If the second control column is readily removable - it must be removed.
CAO 20.2.4
When must the fuel system be inspected?
Before the first flight of the day.
After each refueling.
Any other time CASA or the AFM requires.
CAO 20.2.5.1 (a) ii
If we are hot refueling, are we required to test the fuel system as per CAO 20.2.5.1 (a) ii?
No. However, this does not effect the requirement to do so before the start of each day’s flying.
CAO 20.2.5.1A
If significant water is found to be present in the fuel system, what must be done?
The PIC must ensure all traces of it are removed from the fuel system, including fuel filters before further flight.
CAO 20.2.5.2
When must fuel take vents be inspected for freedom of obstruction?
Before the first flight each day.
CAO 20.2.5.3
Above what height must passengers be briefed on the location and manner of operating the oxygen as well as the necessity of using oxygen in the event of cabin depressurisation - in a pressurised aircraft?
Above FL250.
CAO 20.4.4.4
Above what height must passengers be briefed on the location and manner of operating the oxygen as well as when to use oxygen - in a unpressurised aircraft?
Above FL140
CAO 20.4.4.5
When must a flight crew member be provided with and continuously use oxygen in an unpressurised aircraft?
Above 10,000ft.
CAO 20.4.6.1
A crew member in an unpressurised aircraft must be provided supplemental oxygen when?
Any period exceeding 30 minutes between 10,000ft and FL120 inclusive.
OR
At all times above FL120
CAO 20.4.6.3
When must a crew member in an unpressurised aircraft use supplemental oxygen?
Above FL140
CAO 20.4.6.3
Where an unpressurised aircraft flies for more than 30 minutes above 10,000ft and up to and including FL140, how much supplemental oxygen must be carried for passengers?
Enough to supply:
10% of the passengers for 30 minutes
OR
20% of passengers for 15 minutes
CAO 20.4.6.4
Where an unpressurised aircraft flies above FL140, how much supplemental oxygen must be carried for passengers?
Enough to supply each passenger with oxygen during all periods that the aircraft flies above FL140.
CAO 20.4 6.5
For a pressurised aircraft below FL250 but above 10,000ft, how much oxygen must be carried for the flight crew members?
At least a 15 minute supply of supplemental oxygen must be carried.
CAO 20.4.7.3
A pressurised aircraft operating above FL250 which requires more than 1 pilot requires how much first aid oxygen?
Enough to supple 1% of the passengers for the entire planned duration of the flight.
CAO 20.4.9
What is the maximum time before take-off that an ambient take-off chart can be completed and still be valid for take-off?
15 minutes.
CAO 20.7.0.3
You are completing a landing chart using forecast conditions for Melbourne Intl. Flying from Sydney Intl. ETD is 0550Z. When is the earliest you can complete a forecast landing chart for Melbourne?
0450Z
You may complete a forecast landing chart within 1 hour prior to departure and it will be valid for landing.
(Within Australian territory only)
CAO 20.7.0.3
Can declared conditions be used for take-off charts, landing charts or both?
Both.
CAO 20.7.0.3
AWIS is not available at Wagga. Can you still complete an ambient take-off chart? If so, how?
Wind - Windsock
QNH - Set elevation then read off subscale.
OR
Pressure Height - Set 1013 then read off altimeter.
CAO 20.7.1 Appendix 1 (1)
By what factor must we multiply our calculated TODR by? Why?
1.15 for aircraft MTOW 3500kg
Interpolate between these numbers for aircraft between 2000kg and 3500kg.
Jacob said Geoff said:
These numbers were designed when take-off and landing charts were provided by CASA so a buffer was created to provide for any innacuracies.
CAO 20.7.4.6.3 states that you only have to comply with what a foreign AFM or manufacturer’s data manual states for an aircraft (1.15 or 1.25 is not required if using a manufacturer chart).
CAO 20.7.4.6
In the take-off configuration with landing gear extended, an aircraft must have the ability to climb at what gradient?
6%
CAO 20.7.4.7.1
Multi-engine aircraft must have the ability to get to what height in the following configuration?
OEI
Propeller feathered.
Undercarriage and flaps retracted.
Remaining engine at max. continuous power.
Airspeed not less than 1.2 Vs.
5000ft.
CAO 20.7.4.8.2
In the landing configuration with all engines at take-off power, what climb gradient is required at what speed?
3.2% at a speed not exceeding 1.3VS.
CAO 20.7.4.9.1
By what factor must we multiply our calculated LDR by? Why?
1.15 for aircraft MTOW 4500kg
Interpolate between these numbers for aircraft between 2000kg and 4500kg.
Jacob said Geoff said:
These numbers were designed when take-off and landing charts were provided by CASA so a buffer was created to provide for any innacuracies.
CAO 20.7.4.10.3 states that you only have to comply with what a foreign AFM or manufacturer’s data manual states for an aircraft (1.15 or 1.43 is not required if using a manufacturer chart).
CAO 20.7.4.10
During fueling operations, the aircraft and ground fueling equipment will be located so that no fuel tank filling points or vent outlets lie within how far of any sealed building?
5m
CAO 20.9.4.1.1
During fueling operations, the aircraft and ground fueling equipment will be located so that no fuel tank filling points or vent outlets lie within how far of any exposed public area?
15m
CAO 20.9.4.1.1
During fueling operations, the aircraft and ground fueling equipment will be located so that no fuel tank filling points or vent outlets lie within how far of any unsealed building?
9m for aircraft with MTOW 5700kg
CAO 20.9.4.1.1
During fueling operations, the aircraft and ground fueling equipment will be located so that no fuel tank filling points or vent outlets lie within how far of any other stationary aircraft?
6m
CAO 20.9.4.1.1
What are the conditions on fueling in certain hangars for maintenance purposes?
Refueling or defueling of gasoline or wide-cut gasoline type turbine fuel is not permitted.
Overwing fueling is not permitted.
Hangars must be occupied by one person only.
Operator must have approval from CASA and provide detailed procedures on how these operations shall be performed.
CAO 20.9.4.1.1.1
What is deemed a sealed building?
A sealed building is one which all the external part within 15m of an aircraft’s fuel tank filling points or vent outlets or ground fueling equipment is of non-flammable materials and has no openings or all openings are closed.
CAO 20.9.4.1.1.2
If the fueling equipment is not mobile, how must the aircraft be placed?
So it can be rapidly moved to a place of safety and a means of ensuring that this can be done shall be readily available.
i.e. no brakes and tow stick must be readily available.
CAO 20.9.4.1.2
Can avgas be loaded onto an aircraft while passengers are on board, or entering or leaving an aircraft?
No.
CAO 20.9.4.2.1
Is there any time when fuel can be loaded on an aircraft with passengers on board? If so, when?
Yes.
An aircraft may be refueled through underwing fueling as long as the aircraft is an aviation grade turbine fuel that contains anti-static additive.
Anyone on board, entering or leaving the aircraft whilst the fuel is being loaded must be told that:
Fuel is to be loaded,
Seat-belts must not be fastened whilst the fuel is loaded.
They must not smoke or used electrical equipment (other than medical equipment which wont affect the safety of any passenger on board) or do anything else that may cause fuel vapors to ignite during the loading.
All persons on board, entering or leaving the aircraft must obey the above instructions.
A cabin crew or flight crew member must be appointed to perform the following tasks while the fuel is loaded:
Ensure the safety of the passengers.
Maintain discipline inside the aircraft.
Supervise any necessary evacuation of the aircraft.
While the fuel is loaded:
“Fasten seat belt” signs must be turned off
“No smoking signs” must be turned on
Emergency lights must be armed.
Whilst fuel is loaded 1 cabin crew member or flight crew member must be on board for every 72 passengers on board or for every passenger zone in the aircraft in which there are passengers - whichever is more.
While fuel is loaded, there must be at least 1 cabin crew or flight crew member on duty by at least 1 exit door of each of the aircraft’s passenger zones in which there are passengers.
All cabin crew members or flight crew members who are on duty must:
Be ready for immediate evacuation
Supervise the passengers during the loading
Ensure the aisles and exits are unobstructed.
Areas outside the aircraft which would be used in the case of an evacuation must be clear.
if any engines are running, a flight crew member must be on the flight deck.
Operator’s operations manual must set out:
The responsibilities of the members of the operating crew who are on duty in the aircraft while fuel is loaded, and procedures for complying with the procedures in this paragraph.
CAO 20.9.4.2.2
When may an aircraft that cannot be underwing refueled allow loading of fuel onto the aircraft while a passenger is on board?
If the passenger’s medical condition is such that he or she cannot leave the aircraft without assistance; and
The aircraft’s cabin door is open; and
The equipment used for loading or unloading passengers (if any) is in position at the door; and
the requirements of paragraph 4.2.2 are satisfied.
CAO 20.9.4.2.4
If fuel vapour is found inside the aircraft or for any other reason it is not safe to continue loading the fuel, what should be done?
The operator must ensure the loading of fuel stops immediately.
CAO 20.9.4.2.5
During fueling operations what precautions must be made?
All engines including any APU’s must be shut down except where CASA is satisified that the operation of such an engine or APU will not present a hazard and the operation is in the operations manual.
If a GPU is attached, it cannot be detached during the fueling and the GPU must be securely locked to the aircraft.
A person shall not, and the PIC and the operator shall take reasonable steps to ensure that a person does not during fueling operations:
Operate or perform maintenance work on the aircraft’s radar equipment except where the fuel is kerosene, operation or maintenance may be carried out provided the radar transmitter is deactivated.
Except where the fuel is kerosene, carry out maintenance on any electrical, electronic or radio systems within the aircraft or operate such equipment other than aircraft’s interior lighting or electrical apparatus necessary for the fueling process.
Before a fuel tank cap is removed, the aircraft and all fueling equipment must be bonded and if that bonding is lost, fuel transfer must be stopped immediately and not resume until bonding is restored.
All footwork must be of a non-sparking type and any persons involved int he refueling shall not carry any matches, cigarette lighters or any other objects which could represent an ignition hazard.
Operator or PIC shall ensure sufficient airspace exists to allow for fuel expansion.
At the conclusion of the refueling, the operator or PIC must ensure that all fuel and oil caps are refitted securely.
CAO 20.9.4.4.3
In regards to smoking, what regulations apply in an area of refueling?
The area must be clearly placarded as a “No Smoking” area and this area must be a sealed building or at least 15m from the aircraft or ground fueling equipment.
CAO 20.9.4.4.1
If using mobile fueling equipment, how must it be placed?
So it can be moved rapidly in the event of a fire.
CAO 20.9.4.4.2
What must a PIC ensure doesn’t occur within 15m of the aircraft or ground fueling equipment?
Smoking
CAO 20.9.4.4.3 (a)
What must a PIC ensure doesn’t occur within 15m of the fuel tank filling points or vent outlets and ground fueling equipment?
Using an electrical apparatus
CAO 20.9.4.4.3 (b)
How many fire extinguishes are required and where must they be positioned during refueling?
Located between 6m and 15m from the aircraft and the fuelling equipment or carried on the fuelling equipment.
CAO 20.9.4.4.4
What conditions apply to the fire extinguishes if they are carried on the fuelling equipment?
They must be fitted with quick release brackets, be readily available from either side of the equipment and be located as far as practicably possible from the fuel tanks and refuelling points.
CAO 20.9.4.4.5
What types of fire extinguishes are allowed for refuelling requirements?
Can we use the fire extinguisher contained in the Seminole for this purpose?
60B dry powder fire extinguishes; or
A 80B dry powder fire extinguisher and a 20B foam extinguisher; or
Other fire extinguishers approved by CASA
No.
Note: The use of 2 CO2 extinguishers is permitted as long as each has a minimum capacity of 4.5kg (Seminole extinguisher isn’t big enough).
CAO 20.9.4.4.6
For a land aircraft, what precaution must be taken in regards to passengers and crew when an engine is started?
Passenger loading equipment must be kept immediately available to allow for rapid evacuation.
CAO 20.9.5.1.1
How far from spilled fuel or other flammable material must an aircraft be started at a minimum?
15m
CAO 20.9.5.1.3
How far away from another aircraft can an engine be started or operated?
8m
CAO 20.9.5.1.4
How far away from an unsealed building can an engine be started or operated?
8m 5700kg
CAO 20.9.5.1.4
How far away from a sealed building can an engine be started or operated?
5m
CAO 20.9.5.1.4
How far away from an exposed public gathering can an engine be started or operated?
15m
CAO 20.9.5.1.4
What distance from the aircraft must the following objects be if an aircraft radar is in its normal mode (antenna rotating)?
Aircraft being refuelled or defuelled;
Fuel tankers, fuel tanks or fuel storage areas;
Persons or cargo;
Any other aircraft or aircraft hangar.
37m
CAO 20.9.6.2.1
What distance from the aircraft must the following objects be if an aircraft radar is stationary?
Aircraft being refuelled or defuelled;
Fuel tankers, fuel tanks or fuel storage areas;
Persons or cargo;
Any other aircraft or aircraft hangar.
60m
CAO 20.9.6.2.2
If an approved beam attenuating device is used between the antenna and any object specified in paragraph 6.2.1, what reduction in the distance specified in 6.2.1 and 6.2.2 is allowed?
75% reduction
CAO 20.9.6.2.3
Can radars be energised within a hangar or any other enclosure? If so, when?
Only if a suitable microwave energy absorbing shield is fitted only the antenna - otherwise no.
CAO 20.9.6.2.4
Can radars be operated during refuelling operations?
No.
CAO 20.9.6.2.5
Can a turbine aircraft engaged in an aerial work operation undergo hot refuelling? (refuelling with the engine running)
Yes.
Private operation also permitted.
See CAO 20.10.1 for details
When life jackets are required, what ratio of life jackets to occupants is required?
1 for every occupant. (1 : 1)
CAO 20.11.5.1
When are life jackets required in a single engine aircraft?
When the aircraft is over water and at a distance from land greater than that which would allow the aircraft to reach land with the engine inoperative.
For the purpose of this paragraph, land means “land suitable for an emergency landing”.
CAO 20.11.5.1 (a)
When are life jackets required in a multi engine aircraft?
When the aircraft is over water and at a distance from land great than 50 miles.
For the purpose of this paragraph, land means “land suitable for an emergency landing”.
CAO 20.11.5.1 (b)
I’m taking off from YSSY and departing straight out over the water further than gliding distance from land, then making a left hand turn in accordance with a normal navigation procedure. This is done in a single engine aircraft. Is a life jacket required?
No. Under CAO 20.11.5.1.1 Note 2:
Except as specified in paragraph 5.1.2, the provisions of this paragraph need not apply to land aircraft departing from or landing at an aerodrome in accordance with a normal navigation procedure for departing from or landing at that aerodrome.
CAO 20.11.5.1.1 Note 2
Taking off from YSSY in a multi engine aircraft engaged in either charter or RPT and departing straight out over the water for 10nm before making a left turn in accordance with a normal navigation procedure. Are life jackets required?
Yes. Under CAO 20.11.5.1.2
Land aircraft that carry passengers and are engaged in either RPT or charter operations shall be equipped with a life jacket or flotation device for each occupant on all flights where the take-off or approach path is so disposed over water that in the event of a mishap occurring during the departure or the arrival it is reasonably possible that the aircraft would be forced to land onto water.
CAO 20.11.5.1.2
Where must life jackets be stowed if they are required to be carried?
At or immediately adjacent to each seat.
CAO 20.11.5.1.3
Where life jackets are required to be carried under CAO 20.11.5.1.1 (a) (single engine), when must they be worn at all times?
Below 2000ft above water.
CAO 20.11.5.1.7
When life rafts are required, how many are required?
Enough so every passenger has a spot on board a life raft.
CAO 20.11.5.2.1
How far away from land can an aircraft with 2 or 3 turbine engines be before they need life rafts?
A distance equal to 120 minutes at normal cruising speed or 400nm, whichever is the less.
CAO 20.11.5.2.1.1 (a)
How far away from land can an aircraft with 2 piston engines be before they need life rafts?
A distance equal to 30 minutes at normal cruising speed, or 100nm, whichever is the less.
CAO 20.2.1.1 (b)
How far away from land can an aircraft with 4 engines be before they need life rafts?
A distance equal to 120 minutes at normal cruising speed or 400nm, whichever is the less.
CAO 20.11.5.2.1.1 (a)
When a life raft is required, what other emergency equipment are required?
When only 1 life raft is carried - at least 1 approved ELT or 1 approved portable ELT.
When more than 1 life raft is carried - at least 1 approved ELT and 1 portable ELT or 2 approved portable ELTs.
A supply of pyrotechnic distress signals.
CAO 20.11.6.1
When must a single engine aircraft carry an ELT on a flight over water?
If it is not required to carry a life raft and either not equipped with radio communication equipment or not capable of continuous air-ground communication.
CAO 20.11.6.2
If a charter or RPT aircraft has a seating capacity of more than 60 seats but less than 100 seats and they have at least 1 passenger on board, how many portable megaphones are required?
1
CAO 20.11.6A.1
If a charter or RPT aircraft has a seating capacity of more than 100 seats and they have at least 1 passenger on board, how many portable megaphones are required?
2
CAO 20.11.6A.1
When is survival equipment required?
When life rafts are required, during operation through designated remote areas or on other flights directed by CASA.
CAO 20.11.7.1
When must emergency exits be illuminated?
When an aircraft is equipped with an emergency lighting system and they’re in flight at less than 1000ft AGL or on the ground with passengers on board then either:
The emergency lighting system must be on; or
The normal cabin lighting must be on with the emergency lighting system armed.
CAO 20.11.9.1
How often must crew members do a proficiency test on evacuation procedures?
Annually.
CAO 20.11.12.2
What are the legal requirements on what passengers must be orally briefed before take off?
Smoking, including the prohibition of smoking in toilets.
The use and adjustment of seat belts.
The location of emergency exits.
The use of oxygen where applicable.
The use of flotation devices where applicable.
Stowage of hand luggage.
The presence on board of special survival equipment where applicable.
CAO 20.11.14.1.1
What must a handicapped person and their carer, if any, are briefed on?
Which emergency exit to use and when to move to the exit in case of an evacuation.
CAO 20.11.14.1.2
When must a printed card with diagrams of the emergency exits, methods of operating, other instructions necessary for the use of emergency equipment and the brace position for emergency landing or ditching, be provided for passengers?
In an aircraft operating in charter or RPT in an aircraft with a seating capacity of more than 6 (including crew).
CAO 20.11.14.1.3
When must a electronic address system be provided for the purpose of making announcements relative emergency procedures? When required, the placement of the system needs to be such that who can immediately operate it?
On an RPT aircraft with passenger seating category of 10 seats or more.
PIC, co-pilot or a trained crew member.
CAO 20.11.14.1.6