No Tools Push Up Pole Clamp On Tripod
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A no tools clamp on tripod, with 1/2" EMT conduit legs, for a 20' fiberglass push-up pole with 37mm bottom tube
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EDIT 05/09/2026: Added an alternative "Leg Mount" component. "Leg Mount with Screw" has the provision for using a printed screw to help retain the EMT in the mount. Source files were updated with the models associated with the new component.
EDIT 10/06/2026: Added models Shim1 & Shim2 that can be used to adapt the clamps to fit a pushup pole with a 27mm tube. Both .STEP & .STL files were included.
This model is an initial attempt at building a clamp-on tripod for use on a fiberglass push-up pole with a 37mm diameter bottom tube. This is the pole I bought: https://www.amazon.com/dp/B0FP567P8s
The tripod was designed to use 1/2" EMT conduit as the legs and be assembled or disassembled for transport without tools.
The attached pictures show an initial test. In the pictures, the tripod is using 40" sections of EMT as legs. The attached pictures show the push-up pole suspended above the deck by the clamp. This was for testing the clamping effect. In actual use I would probably have the pole making contact with the ground. In actual use it would be prudent to include either an attached weight or ground stakes for improved stability.
The model components include the two clamp sections that make up the tripod base, a leg mount and an assembly screw. Copies of the screw model, 5 in all, are used for securing the two clamp sections around the tube and for attaching the leg mount components to the tripod base. The angle of the leg attachment is adjustable to accommodate various leg lengths or ground terrain.
I recommend printing in the native orientation with tree supports from the build surface only. I recommend you specify a wall/layer count sufficient for at least a 3mm wall/top/bottom total thickness and 20% + infill for structural strength.
A 0.2mm layer height would promote best thread production on the screws, but I have printed successfully using 0.3mm layers and 0.6mm nozzle.
I printed using ASA for UV & temperature stability.
In addition to the .STL files, I have included Fusion 360 source & .STEP files.
If feet for the EMT tubes are desired, an option can be found here: