First flight/en - Revision history

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2017-02-12T19:18:54Z

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2017-01-12T07:35:00Z

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2017-01-11T10:55:45Z

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2016-12-05T13:53:48Z

Importing a new version from external source

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2016-11-28T10:13:46Z

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2016-10-06T11:37:38Z

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2016-10-06T10:15:12Z

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New page

<languages />
<div id="up"></div>
If you are sure that the unit is correctly configured, you are ready for your first flight.

== PRE-FLIGHT CONTROL ==

#Turn on the transmitter and connect the battery to the model.
#Wait for the initialization, until the control elements will signalize the event.
#Tilt the model, ensure the control emements are compensating in the correct direction on all axes. In other words, movement to a certain direction will result in movement of the control element (it's end) in the same direction.
#Check that input from the transmitter sticks is moving with the control elements in a proper directions.

<div style="background:NavajoWhite">
'''WARNING'''<br />
If you encounter a problem or something appears wrong at this point, do not try to take off!
</div>

== TAKEOFF ==

#Set the Gyro Gain to value of 40% for the first flight. This will set the Head Lock mode at a moderate activity for all 3-axes.
#Spool up the motor to a desired speed.
#Take off as you are used to.
#In any time, you can switch the Gyro Gain to 0% which will deactivate the Gyro operation if needed.

<div class=noprint>
----
{|style="width: 100%;color: white;"
|-
| style="width: 33%;"| [[Configuration|← Configuration]]
| style="width: 33%;text-align:center;"| [[#up|↑Up↑]]
| style="text-align:right;" | [[Problems and Solutions|Problems and Solutions →]]
|}
----
</div>

← Older revision		Revision as of 19:18, 12 February 2017
Line 22:		Line 22:


−	{{Info\|[[File:Info.png\|18px]] You can perform the first flight without gyro enabled by setting the Global Gain to 0%. For this mode we recommend to perform a trim flight as described in the General section/Trim flight ~~[http://aero-man.spirit-system.com/index.php?title=Configuration#GENERAL]~~.	+	{{Info\|[[File:Info.png\|18px]] You can perform the first flight without gyro enabled by setting the Global Gain to 0%. For this mode we recommend to perform a trim flight as described in the General section/Trim flight.
	}}		}}

@@ Line 10: / Line 10: @@
 #Tilt the model, ensure the control elements are compensating in the correct direction on all axes. In other words, movement to a certain direction will result in movement of the control element (it's end) in the same direction.
 #Check that input from the transmitter sticks is moving with the control elements in a proper directions.
 <br />
-<div style="background:NavajoWhite">
+{{Quote|
-'''WARNING'''<br />
 If you encounter a problem or something appears wrong at this point, do not try to take off!
-</div>
+}}
@@ Line 24: / Line 23: @@
 #In any time, you can switch the Global Gain to 0% which will deactivate the Gyro operation if needed.
-<div style="background:NavajoWhite">
-'''NOTE'''<br />
+{{Info|[[File:Info.png|18px]] You can perform the first flight without gyro enabled by setting the Global Gain to 0%. For this mode we recommend to perform a trim flight as described in the General section/Trim flight [http://aero-man.spirit-system.com/index.php?title=Configuration#GENERAL].
-You can perform the first flight without gyro enabled by setting the Global Gain to 0%. For this mode we recommend to perform a trim flight as described in the General section/Trim flight [http://aero-man.spirit-system.com/index.php?title=Configuration#GENERAL].
+}}
-</div>
 <div class=noprint>

@@ Line 2: / Line 2: @@
 <div id="up"></div>
 If you are sure that the unit is correctly configured, you are ready for your first flight.
 == PRE-FLIGHT CONTROL ==
@@ Line 10: / Line 9: @@
 #Tilt the model, ensure the control elements are compensating in the correct direction on all axes. In other words, movement to a certain direction will result in movement of the control element (it's end) in the same direction.
 #Check that input from the transmitter sticks is moving with the control elements in a proper directions.
-<br />
+<br/>
 {{Quote|
 If you encounter a problem or something appears wrong at this point, do not try to take off!
 }}
 == TAKEOFF ==

@@ Line 19: / Line 19: @@
 == TAKEOFF ==
-#Set the Gyro Gain to value of 40% for the first flight. This will set the Head Lock mode at a moderate activity for all 3-axes.
+#Set the Global Gain (Gyro Gain) to value of 40% for the first flight. This will set the Head Lock mode at a moderate activity for all 3-axes.
 #Spool up the motor to a desired speed.
 #Take off as you are used to.
-#In any time, you can switch the Gyro Gain to 0% which will deactivate the Gyro operation if needed.
+#In any time, you can switch the Global Gain to 0% which will deactivate the Gyro operation if needed.
 <div style="background:NavajoWhite">

← Older revision		Revision as of 10:13, 28 November 2016
Line 24:		Line 24:
	#In any time, you can switch the Gyro Gain to 0% which will deactivate the Gyro operation if needed.		#In any time, you can switch the Gyro Gain to 0% which will deactivate the Gyro operation if needed.

		+	<div style="background:NavajoWhite">
		+	'''NOTE'''<br />
		+	You can perform the first flight without gyro enabled by setting the Global Gain to 0%. For this mode we recommend to perform a trim flight as described in the General section/Trim flight [http://aero-man.spirit-system.com/index.php?title=Configuration#GENERAL].
		+	</div>

	<div class=noprint>		<div class=noprint>

@@ Line 8: / Line 8: @@
 #Turn on the transmitter and connect the battery to the model.
 #Wait for the initialization, until the control elements will signalize the event.
-#Tilt the model, ensure the control emements are compensating in the correct direction on all axes. In other words, movement to a certain direction will result in movement of the control element (it's end) in the same direction.
+#Tilt the model, ensure the control elements are compensating in the correct direction on all axes. In other words, movement to a certain direction will result in movement of the control element (it's end) in the same direction.
 #Check that input from the transmitter sticks is moving with the control elements in a proper directions.