Difference between revisions of "Translations:GeoLink Troubleshooting/37/en"

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# At the same time swashplate must be perfectly level - you can check it really precisely only with Cyclic Leveler tool.
 
# At the same time swashplate must be perfectly level - you can check it really precisely only with Cyclic Leveler tool.
 
# At the same time there must be 0° between main blades. You can fold ends of the main blades so they are near each other. They must be at the same height wherever you will rotate with main shaft.
 
# At the same time there must be 0° between main blades. You can fold ends of the main blades so they are near each other. They must be at the same height wherever you will rotate with main shaft.
 +
# Only after checking that all 3 are correct, verify that Geometry 6° parameter is configured precisely.

Latest revision as of 09:44, 4 April 2023

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Message definition (GeoLink Troubleshooting)
The most common reason for drifting is incorrect mechanical setup - mainly servos are not centered properly.
There is very simple test to check if your setup is correct:
# Enable Servos / Subtrim (tuning)
# At this point all servo arms must be in the center of their travel range. As close as possible - any visible deflection is not correct.
# At the same time swashplate must be perfectly level - you can check it really precisely only with Cyclic Leveler tool.
# At the same time there must be 0° between main blades. You can fold ends of the main blades so they are near each other. They must be at the same height wherever you will rotate with main shaft.
# Only after checking that all 3 are correct, verify that Geometry 6° parameter is configured precisely.
TranslationThe most common reason for drifting is incorrect mechanical setup - mainly servos are not centered properly.
There is very simple test to check if your setup is correct:
# Enable Servos / Subtrim (tuning)
# At this point all servo arms must be in the center of their travel range. As close as possible - any visible deflection is not correct.
# At the same time swashplate must be perfectly level - you can check it really precisely only with Cyclic Leveler tool.
# At the same time there must be 0° between main blades. You can fold ends of the main blades so they are near each other. They must be at the same height wherever you will rotate with main shaft.
# Only after checking that all 3 are correct, verify that Geometry 6° parameter is configured precisely.

The most common reason for drifting is incorrect mechanical setup - mainly servos are not centered properly. There is very simple test to check if your setup is correct:

  1. Enable Servos / Subtrim (tuning)
  2. At this point all servo arms must be in the center of their travel range. As close as possible - any visible deflection is not correct.
  3. At the same time swashplate must be perfectly level - you can check it really precisely only with Cyclic Leveler tool.
  4. At the same time there must be 0° between main blades. You can fold ends of the main blades so they are near each other. They must be at the same height wherever you will rotate with main shaft.
  5. Only after checking that all 3 are correct, verify that Geometry 6° parameter is configured precisely.
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