Warlock Mount

$54.95

3D Printed mounting system for the Gilbert Engineering Warlock. The mounts provide a frame structure behind the coro to increase strength and allow mounting to various surfaces as well as provide rigidity to the prop after it has been slit in half for shipping. At 1700 pixels and weighing nearly 37 pounds, these mounts are designed to be both bolted and zip tied to the prop for extra strength and are sized for 3/4″ EMT conduit. The conduit is secured on each mounting post by using a 3.5″ bolt that tightens against a nut that gets embedded to the bottom of the post. The bolt then continues through the front of the prop where it is secured again using a washer and another nut. This creates an incredibly strong post that will hold up to the high weight of this prop. The center junction is made using a 3/4″ PVC cross which allows the smaller EMT conduit to pass through utilizing the included EMT to PVC bushings. Colors may vary, typically they are white or black. If you have a specific color request for white or black please include a note indicating your preference with your order, but keep in mind that it may increase processing time for in-stock items. Includes 3D printed parts only. More information listed below.

Availability: Made to order

SKU: GE-WRLK - w/ Bushings Category: Tag:

Because of the high weight of the prop the mounts for the Warlock are both zip tied and bolted to the coro. At each of the 8 post mounts you will need a 3.5″ long 1/4 x 20 bolt, (2x) 1/4 x 20 nuts and a 1/4″ washer in addition to zip ties. Start by embedding the 1/4 x 20 nut into the bottom of all the mounts. The easiest way to insert them is to temporarily insert the bolt from the top of the mount and thread the nut onto the bolt. As you tighten the bolt it will pull the nut into the mount. You can then mark on the prop where to make the holes for both the zip ties and for the 1/4″ post mount bolt to go through the coro. While the prop may look symmetrical, the hole patterns at the outer mounts vary by a couple of millimeters. The mounts were designed using the average hole locations and thus holes on the prop will not be perfectly centered with the holes on the mounts. There is plenty of extra clearance, so just center the mount amongst all the holes. After the holes are made on the coro you can zip tie the mounts to the prop. Insert the EMT into the mounts and mark where the holes need to be drilled for inserting the bolts through the mounts. If your prop was slit in half for shipping, it’s always best practice to run the continuous piece of EMT perpendicular to the slit. Next drill 1/4″ holes completely through the EMT at all the hole locations. Glue the bushings into the PVC cross using epoxy or super glue and then feed the EMT into the mounts with the completed PVC cross in the center. At each post you will insert the bolt from the top of the mount and tighten it against the embedded nut at the bottom of the mount. Just careful not to over-tighten or you could crack the mount. The excess length of the bolt should now be sticking out of the front of the prop where you will insert the washer and another 1/4″ nut and tighten that down until it fits snug.

As with all our designs, we strive to utilize the precut zip tie hole locations for our mounts. However, these pre-made holes don’t always align perfectly for optimal mount placement, which means you may need to create additional holes in the coro to secure the mounts with zip ties.

General instructions for attaching mounts to coro props, including zip tie hole alignment, can be found by clicking this link. 

3D printing parts is a slow process and we have a whole print farm running 24/7 to fulfill orders and build stock of the more popular items. If you order a product that shows “made to order” we will move it directly to the print queue where it will be printed as soon as possible. While normal processing times for most orders with made to order items is less than a week, it can fluctuate. Very large orders can also experience longer than normal processing times as well because of the high number of hours it takes to produce lots of parts. If processing times are expected to be longer than two weeks before shipping, there will be a banner at the top of the website indicating the expected wait times. See the FAQ page for more info.

All of our 3D printed parts use PETG filament which provides good flexibility and resistance to UV exposure when used seasonally.

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Weight 31 oz

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