1/4" mounting

thingiverse

So what I did was modify the horizontal arm to accommodate a 1/4" mounting bolt, which is commonly used on most tripods. I also removed the cavity to reinforce the mount and eliminated the level hole since I have a built-in level on my tripod. I purchased an original plate and mount to add to this modified version, so I also updated the transversal arm with a 1/4" slot to allow for mounting of the original mount. I removed the single hole as I believe it's necessary to slide the camera into position. The rest of the design remains unchanged, utilizing M5 bolts. Although it can be challenging to obtain metric bolts in Canada, which is surprising given that we're a predominantly metric country, our strong ties to the United States seem to prevail. I hope this modification will help others who are facing similar issues. I printed these modified parts and they worked seamlessly, but I soon discovered that the vertical arm bends too much, so I'll be looking into filling in the channel. In UPDATE 2, I made significant changes to ensure that all bolts are now set up for 1/4" usage, requiring users to print two new knobs. However, I didn't modify the base and mounts as they're not essential components for me. The primary alteration was closing the gap on the vertical arm in an effort to increase its strength. Given my Pro-line camera's substantial weight, which far exceeds that of consumer-grade cameras, this modification is crucial. In UPDATE 3, I've completed the changes, and everything appears to be functioning properly. All bolt holes and nut/head holes have been updated to accommodate 1/4" bolts effectively. The length of bolts required will depend on the specific equipment being used, so users must conduct their own tests. To attach the plate to the horizontal arm, I utilized a 1" bolt, while a 1 1/2" and shorter knob were employed to secure the plate socket to the transversal arm. An additional 1 1/2" bolt was then used to connect the transversal arm to the vertical arm with a taller knob. Users will need to tap the bolt into place using a hammer, as I designed them for a tight fit.