FlexJetPro90/AuraFiles/AdvancedAura
From Flex Innovations Wiki
Contents
Advanced Aura Config Files
Since this is for advanced users, we will not go into great detail, but will instead present the file with some high level notes on its features and implementation!
- FlexJet Pro Advanced File for Standard Aura 8 for Electric FlexJet Pro's
- FlexJet Pro Advanced File for Aura Professional for Electric and Turbine FlexJet Pro's
Features
- Adds High Gain custom Nosewheel Steering gyro input via secondary control Mode E in gyro enabled modes!
- Nosewheel movement and gain is switched off when Gear is retracted!
- Add Transmitter independent TRIMMING to the Nosewheel Steering via Channel 10 Transmitter Channel Data! Once your model is quicktrimmed, you can still trim your nosewheel from the transmitter with optimum gyro conditions and no effect on the rudder!
- Most features and ports follow the same basis as the Normal Files
Hints on the new features!
- It is advanced, but you can follow the flow from Input to Output!
- Channel 21 (CH21 is the primary steering data) is a copy of Tx Rudder data created with Input Remapping on the Setup Tab
- CH21 is the Control Mode Input for YAW in Control Mode E. Pitch and Roll inputs are NONE.
- Yaw Gain is set Very High in Control Mode E
- Note Gain Scaling is Switched On/Off in Control Mode E by CH24 (see below)
- CH21 Now complete with Transmitter Input and Gyro Gain is now used in Servo Port S6 (Steering) as Source 1
- CH10 is nosewheel Trimmer data
- CH10 can be mapped to a trimmer on the Transmitter assignments (or even a lever or knob, or you can have a channel with no switch/control assigned and simply use the channels SUBTRIM menu!) It should be ZERO/center data as a starting point.
- CH10 is also input into Servo Port S6 as Source 2 at about 50% and is Summed or 'Mixed' with the Steering data. (all independent/after the gyro processing, it simply rotates the servo!)
