X52 HOTAS Mount

Fully Printable design enables the X52 Flight Control System to be mounted on a Secret Lab or similar gaming/office chair.

Inspiration was taken from some existing solutions leading to similarities however, all models (except hardware/screws) are original.

The clamps/mounts can be customized to fit most chairs as long as the size is roughly the same to ensure adequate strength. 

Printer type: FDM
Size: 0.4
Material: PLA
Infill: 25%+

Print Quantities:
FlightStickMount x1
ThrottleMount x1
AdjustableArm x2
MountBase x2
ClampRightFront x1
ClampRightRear x1
ClampLeftFront x1
ClampLeftRear x1
TwistLock x16
ClampPin x2
LockingPin x4
Screws x4

Assembly:
The pics also follow along with each step you can view them for reference
Step1:
Identify the left and right mounts (ClampPin is on the inside). Align the Pinholes for each side of the clamp and insert the ClampPin. With the Pin in place the clamp will now hang on the chairs arm.

Step 2:
Connect the ThrottleMount and FlightStickMount to the MountBases respectively using the TwistLocks.

Step 3:
Slide the AdjustableArms into the assembled HOTAS Mount/Bases all the way and use LockingPins to secure.

Step 4:
Mount the X52 to the assembled mounts using TwistLocks.

Step 5:
Using 2 Screws on each Clamp gently tighten them on the chair arms, leave them slightly loose to allow the clamps to move freely.
Note: the arms are tapered, and the mount will slide down when loose, the clamps are designed to be able to pivot depending on which screw is tighter. Try to avoid sliding the clamps all the way at the top.

Final Step:
Slide the Assembly into the Clamps all the way, use a LockingPin to secure, and tighten the clamps just enough to not slide down the arm.

Adjustments:

Height:
Sit in the chair, slide the clamps (and entire assembly) up or down to your desired height and tighten them snugly. Note: DO NOT over tighten especially if using printed screws, they do not need to be very tight to stay in place.

Length:
Currently the Assembly should be in the shortest (and strongest) position possible. If this is too short for comfort remove the locking pins and pull the arms out slightly until you see the next hole, be sure to reinsert the pins.

Recommendations:
The fully 3d printed design (screws and all) has been tested (used) for over a year with minimal issues however there are a few improvements that can be made by sourcing some parts, and generally being mindful.

1.
Source some actual nuts/bolts. The screws printed screws seem to hold the assembly weight just fine, however they easily break when over tightening.

2.
Do not put much additional weight on the mounted assembly, while you can safely rest your hand on it, using them to help stand up can and probably will break the clamps

3.
Use some non-slip silicone sheets (when using printed screws) or felt (when using metal bolts) on the inside of the clamps to help prevent them from sliding down (and/or potentially scratching your chair).

Final thoughts: I am an amateur that made this to help others out and some suggested I sell the files. I am by no means a professional but wanted a solution anyone could fully print and enjoy reasonable functionality.

If you have any suggestions, feel free to comment.

Caution small parts are choking hazards

Have Fun 😁