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Perhaps you are familiar with this problem? The resistance with which the push levers can be moved
There is a simple solution to this problem. In this tutorial, we will show you how to do it.
The first step is to remove the TQ, otherwise you will not be able to access the relevant areas. Then remove the front plate and the panel with the engine control.
When the push lever is in the correct position, you will clearly see two screws. These screws can be used to adjust the friction resistance within certain limits.
You should take care when adjusting the resistance. Too much resistance is not always realistic. It can also damage the TQ. Therefore, take your time and try out the right value for you. This does not affect the hardness of the detents.
Work carefully! Do not tighten the screws too much! 1/4 rotation is often enough!
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VIER IM POTT
Jähne GmbH für Produktinnovation
Freiberger Straße 114, 01159 Dresden
Germany
Phone: +49 351 4116349
Email: cockpit@vier-im-pott.com
Opening hours: Mon - Fri 08:00 - 17:00
Our showroom in Bottrop, NRW is open for private and business customers. We look forward to your visit.
To test our products, please make an appointment.
VIER IM POTT products are in no way affiliated or endorsed by the aircraft manufacturers. Our simulation products are no genuine aircraft manufacturer parts and cannot be used for professional flight training. They functionally resemble the real parts, that cannot be used in a real aircraft and should only be used for simulation purposes.
Comments 2
Can't recommend that. I have wrecked two TQs by just one turn too much.
Yes. As said in the article. Be very careful and don’t overturn it.