14 Class B Regulations Flashcards
For a Class B AC with all engines operational, what are the Take Off Climb conditions?
- Min climb gradient
- Power setting
- Gear position
- Flap position
- Min speed
- Steady climb gradient of at least 4% with:
- T/O power on each engine
- Landing gear extended (unless it can be retracted in <= 7sec)
- Flaps in T/O configuration
- Climb speed not less than the greater of 1.2Vs1 or 1.1Vmca
For a Class B AC with one engine operational at 400ft, what are the Take Off Climb conditions?
- Climb gradient
- Power setting
- Gear
- Flap
- Speed
- Steady positive climb gradient with:
- Critical engine inoperable and prop in min drag position
- Remaining engine at T/O power
- Landing gear up
- Flaps in T/O position
- Climb speed equal to that at 50ft
For a Class B AC with one engine operational at 1500ft, what are the Take Off Climb conditions?
- Climb gradient
- Power setting
- Gear
- Flap
- Speed
- Steady climb gradient >= 0.75% with:
- Critical engine inoperable and prop in min drag position
- Remaining engine not more than max continuous power
- Landing gear and flaps retracted
- Climb speed not less than 1.2Vs1
For a Class B AC, what are the Gross to Net safety factors regarding Take Off Distance?
TOD x 1.25 <= TORA
Or if there is a stopway and/or clearway
TOD <= TORA
TOD x 1.30 <= ASDA
TOD x 1.15 <= TODA
For a Class B AC, what are the T/O surface safety factors for:
- Dry Grass (<20cm)
- Wet Grass (<20cm)
- Wet Paved
- Dry Grass: 1.20
- Wet Grass: 1.30
- Wet Paved: 1.00
For a Class B AC, what are the T/O slope safety factors?
- Up to 2% upslope: 5% increase for each 1% upslope
- Above 2% upslope requires approval of authority
- Downslope: no adjustment
For a Class B AC, what are the dimensions for a straight Semi/Half Width?
- Centre section: 60m + 0.5 x Wing Span
- Angled outer section: 0.125 x D
- Outer section max width (half width): 60+(0.5 x Wing Span) + 0.125 X D
- Where D is distance from the reference zone
For a Class B AC, what are the maximum Half Width’s if a change of track is required for:
- VMC (or good Nav Aid)
- IMC
- VMC with 0 to 15 degrees track change: 300m
- VMC with >15 degrees track change: 600m
- IMC with 0 to 15 degrees track change: 600m
- IMC with >15 degrees track change: 900m
For a Class B AC, what are the Landing slope safety factors?
- Downslope up to 2%: 5% increase per 1% downslope
- No correction for upslope of 2% or less
For a Class B AC, what is the safety factor for landing on Grass?
1.15
For a Class B AC, what are the limitations on the Net Take Off Flight Path with a cloud base above 1500 ft?
0.77 all engine gradient
For a Class B AC, what are the limitations on the Net Take Off Flight Path with a cloud base below 1500 ft?
- 0.77 all engine gradient
- Assume one engine fails at the cloud base
For a Class B multi engine AC, what are the limitations for En-Route?
- AC is capable of continuous flight at or above the minimum altitude
- Assume AC to be no higher than the altitude where ROC is 300Ft/min
- En-route gradient is degraded by 0.5%
For a Class B AC, what is the public safety factor for Landing?
LD / 0.7 = Net LD
For a Class B AC, what is the safety factor for landing on a Wet Paved surface?
1.15
