The picture on the left is the centre section of the TQ which is mounted both Throttle levers, the 100K pot is on the right and the servo’s are mounted onto the board using “Yacht” connectors and aircraft model type ball connectors at each end of the push rods.
I looked around for a TQ that I could buy, however my budget at the time wouldn’t go that far, so had to start making one for myself......!
I searched on the Internet night after night and finally stumbled across some AutoCAD drawings for a TQ made out of MDF or something similar, great MDF is so easy to work with.
I printed out the AutoCAD pages to “real” dimensions and stuck the paper to a big piece of MDF and cut around the drawings.
I used 8.0 and 10.0mm bolts & nuts to get the correct distances between the various “plates” of the design, then started to install the necessary hardware to:
a) Drive Auto-
b) Enclose all the other switches, and potentiometers needed
The picture on the right shows the right hand side of the centre section, note on
the right hand throttle lever I have included a push-
Below; a collection of pictures showing various stages of the TQ’s construction:
All finished and attached to the TQ column with decals fitted, the Throttle levers are now motorised, using the FS2 Phidgets programme and Phidgets boards.
The “Spoilers” lever is also connected to a small servo, which activates automatically when the aircraft touches down and the reverse throttles are in use, they retract again automatically when the throttles are opened to taxi after stopping on the runway.
I managed to buy a second hand FSC (Mk 1) Throttle Quadrant from a guy in France, it had been used and abused quite a lot, but on arrival I opened the package and promptly too it apart!
I hade noted that there were a few of the servo cogs in the bottom of the box and wondered what had been done to it? On investigation the previous owner had bee pulling the throttle levers back and forward when the autopilot was in control, this is allowable with their latest model, but not with the Mk 1.
So he had broken some teeth off the internal wheels and cogs, luckily there was enough spare movement on them to use a different section of the inner quadrant’s to get it fully working again. (On the left is a picture of it just out of the box!
Below is it fitted into the sim pit, the final picture (lower left), is the full view of it fitted to the FMC panel and centre panel