Procedure:
Step 1: Control the aircraft, Level off, Trim
Step 2: Looking at VNC, identify and Mark your position on VNC and record time.
Step 3: Choose the new destination and draw a line to your destination
Step 4: Identify nearest visual reference to measure time it take to get there, you can use this as a scale to estimate you ETA later.
Planing Process:
H = Heading : Using VNC, identify approximate heading
A = Altitude: Use Maximum Elevation figure on VNC, obstructions) height (if any), airspace etc. to decide your altitude
D = Distance: Using VNC, measure approximate distance towards your destination. Use distance between parallels of latitudes as a scale (if scale is not present) because the distance among meridians of longitudes is not equal (VNC is based on "Lambert Conformal Conic" Projection). This method will work fine for short legs but it would challenging if the destination is distant.
T = Time : Estimate your time between two identified locations and estimate your total time and Expected Time of Arrival
O= Octane (Fuel) : From POH, Fuel Consumption @ 5000 ASL 2300 rpm is 6.5 (lets say 7 Gallons / Hr)
5 Ts:
Last Updated (Wednesday, 23 June 2010 16:27)
| Flight Training | |
| Dual | Solo |
| 26.5 Hrs | 6.6 Hrs |
| X-Country Solo = 6.9 | |
| X-Country Dual = 4.8 | |
| IFR = 3 Hrs | |
| PPL Minimum Req. | |
| Dual | Solo |
| Min Reached | -0.4 |
| X-Country Solo = Min Reached | |
| X-Country Dual = Min Reached | |
| IFR = -2 | |
| Remaining (Minimum) = 4.1 Hours out of Total Minimum 45 Hours | |
| Exams & Tests | |
| Cat 3 Medical | Passed |
| PSTAR | Passed - Jun, 2009 |
| Radio Lic | Passed - Aug, 2009 |
| Flight Test | Pending |
| PPL Exam(PPAER) | Pending |
METAR = CYED 201300Z AUTO 13003KT 9SM FEW088 SCT099 03/M04 A3006 RMK SLP196
STATION........ CYED
OBSERVED....... Sun May 20, 06:00 PDT
NOW............ Sun May 20, 06:48 PDT
AGE............ 48 min ago
WIND........... SE at 3 mph
VISIBILITY..... 9 miles
CLOUDS......... scattered clouds
TEMP........... ()
DEWPT.......... ()
HUMIDITY....... 60%
BAROMETER...... 1018 hPa (30.06 in Hg)
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