Translations:Tuning Guide/7/en - Revision history

FuzzyBot: Importing a new version from external source

2026-08-02T09:04:43Z

Importing a new version from external source

FuzzyBot: Importing a new version from external source

2022-09-12T07:57:13Z

Importing a new version from external source

FuzzyBot: Importing a new version from external source

2018-04-12T11:45:26Z

Importing a new version from external source

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If the value is less than 70, then it is too low. That mean that servo precision vs mechanical gain is not good. You can fix the issue with putting ball link on the rudder servo arm closer to the center so that limit can be higher. In case the value is more than 170 there is mostly too high servo precision vs mechanical gain. You should put longer servo arm, so the ball linkage can be further. Be sure you have configured limits so that tail slider is moving from end to end, but without any mechanical binding (servo buzzing). In case your tail mechanics allows a pitch higher than 45°, do not set limits that high. It is not absolutely necessary that limits for both sides are equal.

← Older revision		Revision as of 09:04, 2 August 2026
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−	If the values for Rudder End-Points in the Limits Tab are less than 70, then it is too low. That mean that servo precision vs mechanical gain is not optimal. You can fix the issue ~~with~~ putting ball link closer to the center at the rudder servo so that limit can be higher. In case the value is more than 170 there is mostly too high servo precision vs mechanical gain. You should put longer servo arm, so the ball linkage can be further. Be sure you have configured limits so that tail slider is moving from end to end, but without any mechanical binding (servo buzzing). In case your tail mechanics allows a pitch higher than 45°, do not set limits that high. It is not ~~absolutely necessary~~ that limits for both sides are equal.	+	If the values for Rudder End-Points in the Limits Tab are less than 70, then it is too low. That mean that servo precision vs mechanical gain is not optimal. You can fix the issue by putting ball link closer to the center at the rudder servo arm so that limit can become higher. In case the value is more than 170 there is mostly too high servo precision vs mechanical gain. You should put longer servo arm, so the ball linkage can be further away from the center. Make sure you have configured limits so that tail slider is moving from end to end, but without any mechanical binding (servo buzzing). In case your tail mechanics allows a pitch higher than 45°, do not set limits that high. It is not required that limits for both sides are equal.

← Older revision		Revision as of 07:57, 12 September 2022
Line 1:		Line 1:
−	If the ~~value is~~ less than 70, then it is too low. That mean that servo precision vs mechanical gain is not ~~good~~. You can fix the issue with putting ball link ~~on the rudder servo arm~~ closer to the center so that limit can be higher. In case the value is more than 170 there is mostly too high servo precision vs mechanical gain. You should put longer servo arm, so the ball linkage can be further. Be sure you have configured limits so that tail slider is moving from end to end, but without any mechanical binding (servo buzzing). In case your tail mechanics allows a pitch higher than 45°, do not set limits that high. It is not absolutely necessary that limits for both sides are equal.	+	If the values for Rudder End-Points in the Limits Tab are less than 70, then it is too low. That mean that servo precision vs mechanical gain is not optimal. You can fix the issue with putting ball link closer to the center at the rudder servo so that limit can be higher. In case the value is more than 170 there is mostly too high servo precision vs mechanical gain. You should put longer servo arm, so the ball linkage can be further. Be sure you have configured limits so that tail slider is moving from end to end, but without any mechanical binding (servo buzzing). In case your tail mechanics allows a pitch higher than 45°, do not set limits that high. It is not absolutely necessary that limits for both sides are equal.