Howto:Seneca II: Difference between revisions

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They should help you finding and operating all controls in the cockpit you need for a flight.
They should help you finding and operating all controls in the cockpit you need for a flight.
You will also learn some basic maneuvers and procedures. They are based on real world flying procedures and should match reality quite close.
You will also learn some basic maneuvers and procedures. They are based on real world flying procedures and should match reality quite close.
But do not use this HOWTO as a guide for real-life flying. There are still some differences between reality and virtuality (e.g. there are no keys like 'P' and 'ESC' in real aircraft).
But do not use this HOWTO as a guide for real-life flying. There are still some differences between reality and virtuality (e.g. there are no keys like {{key press|P}} and {{key press|ESC}} in real aircraft).


To follow this HOWTO, you need
To follow this HOWTO, you need
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'Climb on runway heading to 2000ft. Maintain 2000ft until further advice.'
'Climb on runway heading to 2000ft. Maintain 2000ft until further advice.'
That will also serve as a departure briefing.
That will also serve as a departure briefing.
And in case of emergency: hit the ESC-key and restart FlightGear.
And in case of emergency: hit the {{key press|ESC}} key and restart FlightGear.


[[File:SenecaII_HOWTO_after_takeoff.jpg|thumb|After takeoff]]
[[File:SenecaII_HOWTO_after_takeoff.jpg|thumb|After takeoff]]
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When cleared for takeoff, advance the throttle slowly to apply 40" of manifold pressure. In reality you should only advance to 39" of manifold pressure, the remaining inch will build up on the run due to ramair. A warning light in the annunciator panel will illuminate if you exceed 40". Reduce throttle on the corresponding engine in that case to avoid engine damage.
When cleared for takeoff, advance the throttle slowly to apply 40" of manifold pressure. In reality you should only advance to 39" of manifold pressure, the remaining inch will build up on the run due to ramair. A warning light in the annunciator panel will illuminate if you exceed 40". Reduce throttle on the corresponding engine in that case to avoid engine damage.
When MP is stabilized, release the parking brake (Shift-B) for the takeoff-run. Maintain the centerline and observe the airspeed indicator passing the red line (minimum control speed air) and rotate at 70knots by pulling the yoke (or joystick) a little back. When airborne, accelerate past the blue line (best rate of climb single engine) to 95knots. When the runway is not sufficient for landing anymore, retract the gear and turn off the landing lights.At 500ft above the field reduce the power to 31" manifold pressure and 2500 RPM.Accelerate to 100knots climb speed for a better engine cooling. When your workload permitts, read the '''''After Takeoff Check'''''.
When MP is stabilized, release the parking brake ({{key press|Shift}}+{{key press|B}}) for the takeoff-run. Maintain the centerline and observe the airspeed indicator passing the red line (minimum control speed air) and rotate at 70knots by pulling the yoke (or joystick) a little back. When airborne, accelerate past the blue line (best rate of climb single engine) to 95knots. When the runway is not sufficient for landing anymore, retract the gear and turn off the landing lights.At 500ft above the field reduce the power to 31" manifold pressure and 2500 RPM.Accelerate to 100knots climb speed for a better engine cooling. When your workload permitts, read the '''''After Takeoff Check'''''.
[[File:SenecaII_HOWTO_level_at_2000.jpg|thumb|Level at 2000ft]]
[[File:SenecaII_HOWTO_level_at_2000.jpg|thumb|Level at 2000ft]]
When reaching the target altitude of 2000ft, lower the nose and let the aircraft accelerate for some seconds. Adjust your pitch slowly so the vertical speed indicator shows 0fpm. Reduce the power to 28"/2400RPM. Lean the mixture a little to save some virtual fuel and get best cruise performance. Closing the cowl-flaps (use the 'Seneca' Menuitem) will give you approx. 10knots of additional airspeed.
When reaching the target altitude of 2000ft, lower the nose and let the aircraft accelerate for some seconds. Adjust your pitch slowly so the vertical speed indicator shows 0fpm. Reduce the power to 28"/2400RPM. Lean the mixture a little to save some virtual fuel and get best cruise performance. Closing the cowl-flaps (use the 'Seneca' Menuitem) will give you approx. 10knots of additional airspeed.
You should be now on a straight and level flight at 2000ft at some 130 knots. If you want, go to the next section or hit the 'P'-key to pause and have a coffee.
You should be now on a straight and level flight at 2000ft at some 130 knots. If you want, go to the next section or hit the {{key press|P}} key to pause and have a coffee.
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