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Flashcards covering solo cross-country regulations, airport operations, airspace, weather theory, navigation, and aeronautical decision-making based on the provided transcript.
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Solo Cross Country Endorsement Limitation
If an endorsement specifies landings at specific airports, the pilot may only land at those listed airports and nowhere else.
FAR 91.103 (Flight away from airport vicinity)
Requires runway lengths at airports of intended use and takeoff/landing distance data from the AFM/POH, in addition to weather, fuel, and traffic delay info.
AC 90-48D Average Reaction Time
A span of approximately 12 seconds; for two DA40s closing head-on at cruise, this leaves essentially zero margin to react if the threat is spotted late.
Minimum Safe Altitude: Congested Area
1,000ft above the highest obstacle within a 2,000ft horizontal radius.
Minimum Safe Altitude: Non-congested Area
500ft above the surface.
Minimum Safe Altitude: Sparsely Populated/Open Water
No closer than 500ft to any person, vessel, vehicle, or structure.
VFR Cruising Altitude (Magnetic Course 0–179°)
Odd thousand + 500ft (for flights above 3,000AGL).
VFR Cruising Altitude (Magnetic Course 180–359°)
Even thousand + 500ft (for flights above 3,000AGL).
Operation Lights On (AIM 4-3-23)
The recommended practice of using aircraft lights anytime day or night, in the local practice area and en route, to improve conspicuity.
VFR Day Fuel Requirements (91.151)
Enough fuel to fly to the first point of intended landing plus 30minutes at normal cruise.
VFR Night Fuel Requirements (91.151)
Enough fuel to fly to the first point of intended landing plus 45minutes at normal cruise.
Wind Sock Orientation
The open/inflated end points into the wind, meaning the sock streams away from where the wind is coming from.
Wind Tee and Tetrahedron Orientation
The pointed or narrow end pivots to point into the wind, indicating the landing direction.
Segmented-Circle Traffic Pattern Indicators
"L" brackets that show the base-to-final turn direction for the runway landing in that direction.
AC 90-66B Recommended Radio Calls
Self-announce on CTAF before taxi, before takeoff, at key pattern positions (downwind, base, final), and when clear of the runway.
Standard Traffic Pattern Entry
A 45∘ entry to the downwind leg at pattern altitude.
Danger of Descending into a Pattern
It is dangerous because you cannot see or avoid established aircraft below you and you arrive at an unpredictable position.
Inverse "C" Symbol
Indicates a non-standard traffic pattern is in use; the pilot must check the Chart Supplement for specific details.
*L Symbol
Airport lighting exists but is limited, such as part-time or pilot-controlled lighting.
Mountain Daylight Time (MDT) Conversion
UTC−6 (e.g., 1700Z=11:00AM local).
NOTAM(D)
Distant/distributed NOTAMs covering items like runway/taxiway closures or obstructions at or near an airport.
FDC NOTAMs
Regulatory NOTAMs issued by the FAA covering items like TFRs, chart data amendments, and procedure changes.
Pointer NOTAMs
Issued by a flight service station to highlight or make another NOTAM (like a TFR) more findable.
Pilotage
A navigation method involving referencing landmarks on a chart and identifying them visually.
Dead Reckoning
Flying a planned heading at a planned speed for a planned time to reach a destination based on calculation.
Radio Navigation
Using VOR, GPS, or other navaids for course guidance and distance information.
VOR Navigation Steps
1) Tune the frequency. 2) Identify the station via Morse code or green ID. 3) Select the desired course with the OBS/CRS knob.
DA40 Time En Route Estimate
Divide distance in NM by 2 (120kt≈2NM/min).
DA40 Fuel Burn Estimate Rule
Move the decimal on the gph one place left to find gallons burned per 6 minutes, then scale to the leg duration.
Flight Following
VFR radar services including traffic advisories and safety alerts provided by TRACON or ARTCC.
"R" Suffix on FSS Frequency (e.g., 122.1R)
The FSS receives on that frequency (122.1) but transmits its reply on a different frequency, typically the paired NAV frequency.
Class A Airspace
18,000ftMSL up to and including FL600, occurring nationwide.
Class B Airspace
A multi-tiered "wedding cake" shape around busy airports, typically extending from the surface to 10,000ftMSL.
Class C Airspace
A two-tier shape with a 5NM surface core to 4,000ftAGL and a 10NM shelf starting at a higher altitude.
Class D Airspace
Found around towered airports without approach control; typically surface to 2,500ftAGL within a 4–5NM radius.
Class G Airspace
Uncontrolled airspace extending from the surface up to the base of the overlying Class E.
VFR Weather Minimums (Class B)
3SM visibility and clear of clouds.
VFR Weather Minimums (Class C, D, and E below 10,000 MSL)
3SM visibility; 500ft below, 1,000ft above, and 2,000ft horizontal from clouds.
VFR Weather Minimums (Class E at/above 10,000 MSL)
5SM visibility; 1,000ft below, 1,000ft above, and 1SM horizontal from clouds.
MOA (Military Operations Area)
Special use airspace where no clearance is required for VFR, but pilots should check if it is active due to military training.
Airspace Requiring Mode C Transponder (91.215)
Class A, B, C; inside the Mode C veil; above Class B/C ceilings; and above 10,000ftMSL (if also above 2,500ftAGL).
Coriolis Force (Northern Hemisphere)
Deflects moving air to the right, creating counterclockwise circulation around lows and clockwise around highs.
Three Conditions for Thunderstorm Formation
Moisture, unstable air, and a lifting mechanism.
Dry Adiabatic Lapse Rate
Approximately 3∘C/1,000ft.
Saturated Adiabatic Lapse Rate
Approximately 1∘C/1,000ft.
AIRMET Sierra
Advisory for IFR conditions or extensive mountain obscuration; valid for 6hours.
AIRMET Tango
Advisory for moderate turbulence, sustained surface winds ≥30kt, or non-convective low-level wind shear; valid for 6hours.
AIRMET Zulu
Advisory for moderate icing and freezing level heights; valid for 6hours.
Convective SIGMET
Issued for severe thunderstorms (wind>50kt, hail≥3/4", or tornadoes) or lines of thunderstorms; valid for 2hours.
Service Ceiling
The altitude at which the maximum rate of climb drops to 100ft/min.
Density Altitude Effects
Higher density altitude increases takeoff/landing distance and decreases climb rate and engine performance.
PAVE Framework
A risk identification tool stands for Pilot, Aircraft, enVironment, and External pressures.