GeoLink Features - Revision history

Admin at 07:22, 6 September 2022

2022-09-06T07:22:52Z

Admin at 07:21, 6 September 2022

2022-09-06T07:21:05Z

Admin at 13:04, 9 December 2018

2018-12-09T13:04:02Z

Admin: Marked this version for translation

2018-12-09T13:00:30Z

Marked this version for translation

Admin at 13:00, 9 December 2018

2018-12-09T13:00:07Z

Admin: Marked this version for translation

2018-08-13T10:07:53Z

Marked this version for translation

Admin at 10:07, 13 August 2018

2018-08-13T10:07:19Z

Admin at 10:06, 13 August 2018

2018-08-13T10:06:46Z

Admin at 09:44, 13 August 2018

2018-08-13T09:44:29Z

Admin at 08:34, 1 August 2018

2018-08-01T08:34:27Z

@@ Line 34: / Line 34: @@
 <!--T:10-->
 If you fly just one pack, but each one or two days, you will notice benefits as well.</translate>
 <p></p>

← Older revision		Revision as of 07:21, 6 September 2022
Line 79:		Line 79:


−
−	~~== <translate><!--T:21-->~~
−	~~Return To Home</translate> ==~~
−
−	~~<translate><!--T:22-->~~
−	~~Whenever you will loose orientation, this function is the best option. You have to only engage the function with your transmitter and wait a moment, until the model returns to defined position.~~
−
−	~~<!--T:23-->~~
−	~~Some other systems are taking Home position as the spot where you are powering up the model. This is not the case for Spirit with GeoLink.~~
−	To increase reliability and safety significantly, we have Home position programmed in the memory. In that way model will return always at the same place repeatably while avoiding flying above pilot. Pilot can program the Home position with enough distance to maintain safety.
−
−	~~<!--T:24-->~~
−	~~Pilot can anytime program the position:~~
−	*in the Spirit Settings by choosing the best spot at the map
−	*by transmitter command being at the place considered as a new Home.</translate>
−
−	~~=== <translate><!--T:25-->~~
−	~~Description</translate> ===~~
−
−	~~<translate><!--T:26-->~~
−	~~Once the feature is engaged the model will immediately change its direction to programmed home destination, wherever it is.~~
−	~~It can work also upside down, so it does not matter what the orientation is.~~
−
−	~~<!--T:27-->~~
−	~~All the time the rudder control will still work without any change so that pilot can yaw in any way he wish.~~
−	~~The feature will not move with rudder at all, thus pilot will find the model rotated as it was and can change direction at any moment, even when it already returned.~~
−
−	~~<!--T:28-->~~
−	~~Once model will return it will maintain the position so it can't fly over again.</translate>~~
−
−	~~=== <translate><!--T:29-->~~
−	~~With Altitude Hold</translate> ===~~
−
−	~~<translate><!--T:30-->~~
−	~~This feature can be combined with Altitude Hold.</translate>~~
−
−	~~== <translate><!--T:60-->~~
−	~~Auto Landing</translate> ==~~
−
−	~~<translate><!--T:61-->~~
−	~~Whenever you want to land with the model you can use this feature to do so automatically.</translate>~~
−
−	~~=== <translate><!--T:62-->~~
−	~~Description</translate> ===~~
−
−	~~<translate>~~
−	~~<!--T:63-->~~
−	It is enough to engage the feature and the model will land at the current position. Firstly, the model will stop it's movement. Secondly it will start to descend until it will reach approximately 2 meter altitude. From this point it will be descending rather slowly and only in case that the model is not moving in other way. If the model seems to be unstable it is important to perform the Compass Calibration or Correction angle adjustment.
−
−	~~<!--T:64-->~~
−	Once the model will land the collective pitch will remain at a neutral position (0° deflection). The motor will not turn off automatically. Collective pitch is controlled by the unit all the time. If disengaging the feature make sure the main rotor is not spinning anymore to prevent unexpected change of the Collective Pitch. Once the feature is disengaged the Collective Pitch and all the control will return to the normal behavior.
−
−	~~<!--T:65-->~~
−	~~The swashplate can be controlled all the time as if Coaxial mode is enabled - to perform a slight corrections if needed.~~
−
−	~~<!--T:66-->~~
−	~~Rudder control is identical as with a normal flying mode.</translate>~~
−
−
−	~~== <translate><!--T:31-->~~
−	~~Position Hold</translate> ==~~
−
−	~~<translate><!--T:32-->~~
−	~~If you are learning the basics this feature can help you significantly in maintaining required spot. If you are not strong in hovering the feature will do the job for you.</translate>~~
−
−	~~=== <translate><!--T:33-->~~
−	~~Description</translate> ===~~
−
−	~~<translate><!--T:34-->~~
−	The model is flying similarly as with [[Coaxial\|Coaxial mode]]. Pilot can control the model fully but all movement speed is controlled so it can't fly too fast. Rather you can fly very safely as with a Coaxial model and without undesired drifting caused by wind.
−	~~Always when sticks are released the model will stop at that point and will maintain it until other steering command is given.~~
−	~~The model can't be flipped over.~~
−	~~This feature can work also upside down in the same way.~~
−
−	~~<!--T:35-->~~
−	~~Rudder control is identical as with a normal flying mode.</translate>~~
−
−	~~=== <translate><!--T:36-->~~
−	~~With Altitude Hold</translate> ===~~
−
−	~~<translate><!--T:37-->~~
−	~~This feature can be combined with Altitude Hold.</translate>~~
−
−
−
−	~~== <translate><!--T:38-->~~
−	~~Geo-fence</translate> ==~~
−
−	~~<translate><!--T:39-->~~
−	~~This feature allows to restrict flying area so that when flying over the model will return. Pilot can set a virtual fence in which the model is allowed to fly.</translate>~~
−
−	~~=== <translate><!--T:40-->~~
−	~~Description</translate> ===~~
−
−	~~<translate><!--T:41-->~~
−	~~When model fly over configured fence it will try to stop and return back to allowed area as fast as possible.~~
−	~~This feature can work also upside down in the same way.~~
−	~~Rudder control is identical as with a normal flying mode.</translate>~~
−
−	~~=== <translate><!--T:42-->~~
−	~~With Altitude Hold</translate> ===~~
−
−	~~<translate><!--T:43-->~~
−	~~This feature can be combined with Altitude Hold.</translate>~~
−
−
−	~~== <translate><!--T:44-->~~
−	~~Altitude Hold</translate> ==~~
−
−	~~<translate><!--T:45-->~~
−	~~If pilot is unable to maintain altitude the feature can control collective pitch automatically for him.</translate>~~
−
−	~~=== <translate><!--T:46-->~~
−	~~Description</translate> ===~~
−
−	~~<translate><!--T:47-->~~
−	~~The model will try to maintain altitude at which the feature was engaged. It can work in a normal flying mode and any Stabi function.~~
−	~~Pilot can safely change the altitude by collective pitch movements anytime. If without movement, the altitude is maintained.~~
−	~~This feature can work also upside down in the same way.~~
−
−	~~<!--T:48-->~~
−	~~The feature will not change anything else than collective pitch.</translate>~~
−
−
−	~~== <translate><!--T:49-->~~
−	~~Altitude Limit</translate> ==~~
−
−	~~<translate><!--T:50-->~~
−	~~If you are worried you will forget to engage the Rescue mode in time, this feature is what you are looking for.</translate>~~
−
−	~~=== <translate><!--T:51-->~~
−	~~Description</translate> ===~~
−
−	~~<translate><!--T:52-->~~
−	If engaged the model will fly without any change in behavior. But as soon as the model will fly under configured altitude the Rescue mode is activated automatically until the model ascend above this level. It will be engaged for at least 1.5 seconds. Then depending on gained altitude it is turned off and pilot can continue in flight.
−	~~The Rescue mode is utilizing same Collective Pitch settings as when it is engaged manually.~~
−
−	~~<!--T:53-->~~
−	~~On the other hand if the model exceed configured upper altitude limit it will stop ascending there. The model will maintain the level and pilot can descend on will with collective pitch.</translate>~~
−	~~<p></p>~~
−	~~{{Info\|[[File:Info.png\|18px\|]] <translate><!--T:59-->~~
−	~~Altitude is determined from initialization point. This mean that at initialization altitude the model is at zero.</translate>}}~~
	<p></p>		<p></p>
	<div class=noprint>		<div class=noprint>

@@ Line 129: / Line 129: @@
 <!--T:64-->
-Once the model will land the collective pitch will remain at a neutral position (0° deflection). The motor will not turn off.
+Once the model will land the collective pitch will remain at a neutral position (0° deflection). The motor will not turn off automatically. Collective pitch is controlled by the unit all the time. If disengaging the feature make sure the main rotor is not spinning anymore to prevent unexpected change of the Collective Pitch. Once the feature is disengaged the Collective Pitch and all the control will return to the normal behavior.
 <!--T:65-->

@@ Line 115: / Line 115: @@
 This feature can be combined with Altitude Hold.</translate>
-== <translate>Auto Landing</translate> ==
+== <translate><!--T:60-->
-<translate>Whenever you want to land with the model you can use this feature to do so automatically.</translate>
+<translate><!--T:61-->
-=== <translate>Description</translate> ===
+=== <translate><!--T:62-->
 <translate>
 It is enough to engage the feature and the model will land at the current position. Firstly, the model will stop it's movement. Secondly it will start to descend until it will reach approximately 2 meter altitude. From this point it will be descending rather slowly and only in case that the model is not moving in other way. If the model seems to be unstable it is important to perform the Compass Calibration or Correction angle adjustment.
 Once the model will land the collective pitch will remain at a neutral position (0° deflection). The motor will not turn off.
 The swashplate can be controlled all the time as if Coaxial mode is enabled - to perform a slight corrections if needed.
 Rudder control is identical as with a normal flying mode.</translate>

← Older revision		Revision as of 13:00, 9 December 2018
Line 114:		Line 114:
	<translate><!--T:30-->		<translate><!--T:30-->
	This feature can be combined with Altitude Hold.</translate>		This feature can be combined with Altitude Hold.</translate>
		+
		+	== <translate>Auto Landing</translate> ==
		+
		+	<translate>Whenever you want to land with the model you can use this feature to do so automatically.</translate>
		+
		+	=== <translate>Description</translate> ===
		+
		+	<translate>
		+	It is enough to engage the feature and the model will land at the current position. Firstly, the model will stop it's movement. Secondly it will start to descend until it will reach approximately 2 meter altitude. From this point it will be descending rather slowly and only in case that the model is not moving in other way. If the model seems to be unstable it is important to perform the Compass Calibration or Correction angle adjustment.
		+
		+	Once the model will land the collective pitch will remain at a neutral position (0° deflection). The motor will not turn off.
		+
		+	The swashplate can be controlled all the time as if Coaxial mode is enabled - to perform a slight corrections if needed.
		+
		+	Rudder control is identical as with a normal flying mode.</translate>

@@ Line 197: / Line 197: @@
 On the other hand if the model exceed configured upper altitude limit it will stop ascending there. The model will maintain the level and pilot can descend on will with collective pitch.</translate>
 <p></p>
-{{Info|[[File:Info.png|18px|]] <translate>Altitude is determined from initialization point. This mean that at initialization altitude the model is at zero.</translate>}}
+{{Info|[[File:Info.png|18px|]] <translate><!--T:59-->
 <p></p>
 <div class=noprint>

← Older revision		Revision as of 10:06, 13 August 2018
Line 197:		Line 197:
	On the other hand if the model exceed configured upper altitude limit it will stop ascending there. The model will maintain the level and pilot can descend on will with collective pitch.</translate>		On the other hand if the model exceed configured upper altitude limit it will stop ascending there. The model will maintain the level and pilot can descend on will with collective pitch.</translate>

		+	{{Info\|[[File:Info.png\|18px\|]] <translate>Altitude is determined from initialization point. This mean that at initialization altitude the model is at zero.</translate>}}

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

@@ Line 191: / Line 191: @@
 <translate><!--T:52-->
-If engaged the model will fly without any change in behavior. But as soon as the model will fly under configured altitude the Rescue mode is activated automatically until the model ascend above this level.
+If engaged the model will fly without any change in behavior. But as soon as the model will fly under configured altitude the Rescue mode is activated automatically until the model ascend above this level. It will be engaged for at least 1.5 seconds. Then depending on gained altitude it is turned off and pilot can continue in flight.
 <!--T:53-->

@@ Line 114: / Line 114: @@
 <translate><!--T:30-->
 This feature can be combined with Altitude Hold.</translate>
 == <translate><!--T:31-->