Detachable camera modules
Everything the fabricator needs to inspect, print and fit the GoPro, Insta360 and adjustable industrial-camera mounts.
STL + STEP + DXF + drawings + hardware list
One ZIP. All three mount options.
01 / Choose your module
Each carrier detaches at the same four-hole connection. Print one of every required STL in the chosen camera folder.
Printed base and two adjustable keepers for a purchased metal GoPro finger adapter.
Open lower-body locators and a bottom tripod-screw slot, keeping the lens area unenclosed.
Sliding side jaws and a slotted bed. Use the exact camera maker's body-to-tripod adapter.
The industrial module is adjustable within its stated range. Larger bodies, unusual feet, obstructed connectors or heavy lenses may need a different carrier. C-mount identifies a lens interface, not the camera-body attachment.
02 / Inspect the connection
Actual CAD geometry. Rotate the mount and use the exploded view to see how its pieces connect.
03 / Give this to the rig fabricator
Four 6.6 mm through holes on 60 × 40 mm centres, for M6 clearance. Reference rig plate: 100 × 80 × 6 mm.
Printed sleeved carriers use 10.2 mm nominal sockets for metal sleeves with a 6.6 mm bore. These are different from the rig plate's bare 6.6 mm holes.
Coordinates shown relative to plate centre. See CSV for lower-left coordinates. PDF is not a scale drilling template.
04 / Print → fit → assemble
Start with IF02. Verify 100 × 80 mm overall size and 60 × 40 mm hole centres. Import STL as millimetres at 100% scale.
Get coupon STL ↓One sleeved base and one locator of each hand: three printed parts per camera. The industrial base is the largest required part at 100 × 160 × 10 mm.
Check safe screw engagement, socket position, contact surfaces, ports and doors. Use optional lens supports only after measuring the lens.
Fit four compression sleeves and four 15 mm metal stand-offs. Fasten through the common M6 pattern, keeping screw ends and adjustment nuts clear.
Mark the fit corrections. Keep the first batch for stationary testing; obtain material, retention and vibration validation before driving.
Use individual STL parts, not a fused assembly. Confirm bed size and plan support for the underside screw-head recesses. Printer-specific settings and G-code are not supplied. Choose material and process for the intended test.
05 / File library
STL for printing. STEP for CAD. DXF and PDF for the interface and fabrication details.
All print sets, optional parts, CAD solids, drawings and instructions.
Download all files ↘Individual parts and mount-only assemblies, with interface DXF and specifications.
Download CAD package ↘11 pages covering interfaces, modules, accessories, hardware and fitting.
Open drawing book ↗Loading file library…
| File / purpose | Camera | Format | Print qty | Download |
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STEP files contain solid geometry. Open them in SolidWorks, check millimetres and save as native SLDPRT / SLDASM. Native feature history and mates are not included.
Plain-hole bases replace sleeved bases. Do not stack both. Lens-saddle shims and body risers are selected by actual measurements, not printed automatically.
06 / Materials & purchased interfaces
Use current manufacturer specifications and the actual hardware for the fit check. Final screw length depends on the measured stack and allowed camera-thread engagement.