support gopro 3d models
749421 3d models found related to support gopro.thingiverse
http://www.thingiverse.com/apps/customizer/run?thing_id=62800 Instructions Using the following options: gopro_secondary_what = clamp gopro_bar_rod_d = 20 gopro_bar_screw_nut_d = 6.01 gopro_captive_rod_angle = 45 gopro_secondary_rotated = 0...
thingiverse
http://www.thingiverse.com/apps/customizer/run?thing_id=62800 Instructions for Using the Following Options: Using gopro_secondary_rotated = 0, gopro_ext_len = 75, gopro_secondary_what = double, gopro_bar_rod_d = 31, gopro_primary = triple,...
thingiverse
The following options were used for this specific model: gopro\_bar\_screw\_shoulder\_th = 4.5, gopro\_secondary\_rotated = 0, gopro\_ext\_th = 4, gopro\_primary = example, gopro\_ext\_len = 300, gopro\_rod\_nut\_od = 8.05, gopro\_bar\_th = 3.2,...
thingiverse
http://www.thingiverse.com/apps/customizer/run?thing_id=62800 Instructions Using the following options: gopro_bar_screw_d = 3 gopro_bar_rod_d = 31 gopro_bar_th = 3.2 gopro_bar_screw_shoulder_th = 4.5 gopro_primary = triple gopro_bar_gap = 2.4...
thingiverse
Update my original design to support GoPro screws, I've made a few adjustments to get it just right. The two large plates now have the perfect depth to fit snugly onto a GoPro screw. A hexagonal ring has also been added to accommodate the small metal...
thingiverse
Instructions Using the following options: gopro_secondary_type is configured for dual deployment gopro_bar_screw_shoulder_radius set to 4.5mm gopro_bar_screw_diameter established at 3mm gopro_rod_nut_height defined as 3.6mm gopro_external_length...
thingiverse
http://www.thingiverse.com/apps/customizer/run?thing_id=62800 Instructions Using the following settings: gopro_bar_screw_head_diameter = 6.2mm gopro_secondary_rotated_angle = 0 degrees gopro_exterior_thickness = 3mm gopro_captive_rod_diameter = 3.8mm...
prusaprinters
This holder and mounts were inspired by others and is a remix of my Baofeng UV-5R holder with GOPRO Mount: https://www.thingiverse.com/thing:3457412 Slice and print the holder as-is with supports. The GOPRO holder mount uses a glued-in M5 nut and the...
thingiverse
GOPro Cover Test 1 Test your skills and knowledge of GOPro camera accessories by attempting this assessment.
thingiverse
une pièce module pour toute les gopro. ... changement d'axe. une pièce module pour toute les gopro. ... changement d'axe.
thingiverse
A compact accessory designed specifically for GoPro cameras, this 15-centimeter extension offers a versatile solution for capturing stable footage. ...With three identical units combined, it transforms into a robust tripod capable of supporting the...
thingiverse
... stake with a GoPro mount, creating it from scratch in SolidWorks. ...The stake is optimized for printing flat on the bed at resolutions of either 200 or 300 microns, using 100% infill and supports spaced at 1.2mm intervals. ... Don't resell my designs.
thingiverse
To create this accessory, I printed it without supports using a MakerBot Replicator 2X and Bendlay ABS, a flexible material. Print settings included a "Low" extrusion speed, 0.25mm layer height, and 15% filling. ...The design should also work with other...
thingiverse
I crafted a sturdy GoPro mount for a Gopolemount, specifically designed to fit standard telescope poles. The inner diameter is an exact 24mm. Print Settings Notes: The design can be printed without support and at 100% infill. ...You'll need to rotate...
thingiverse
A GoPro carrying cradle for attachment to clothing, such as shirt pockets, is designed for use without the housing. Print with BendLay ABS for added flexibility; normal ABS or PLA will work too. ...Print without support using "Low" default settings on a...
thingiverse
... you'll only require a bar length that suits your needs and a diameter of 10mm. ... Step 1: Drill a precise through-hole in a 3mm aluminum rod to provide support and secure it. ... Ensure both ends are securely locked by using metric 3 nuts and bolts.
thingiverse
The entire handle has a layer height of 0.1mm and is printed at 100% infill for the spikes, mount, and grips, while the left and right holder parts are printed at 20% infill without support. The model's design is open-source, encouraging...