OpenMV RT1062 Cam Case with Embedded Bendy Tripod - Free 3D Print Model

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Remixed by

lirex

Education>Other Education Models

IP Report

Print Profile(1)

All

X1 Carbon

P1S

P1P

X1E

H2D

H2D Pro

H2S

P2S

H2C

X2D

A2L

0.2mm layer, 2 walls, 15% infill

Designer

3.9 h

1 plate

4.0(1)

Open in Bambu Studio

Boost

Released

Description

This is a remix of two models - both of which have been modified. Model one is the 3D printable case for the OpenMV Cam RT1062 V4; model two is the Bendy Phone Tripod and Stabilizer. The result is a cam case with an embedded, flexible tripod. Simply print, assemble, insert the camera, and start using it immediately!

You can find the original models here:

OpenMV Cam RT1062 V4 Case by OpenMV (includes additional parts):
https://grabcad.com/library/openmv-cam-rt1062-v4-case-1
Bendy Phone Tripod and Stabilizer by lucaeale (remixed from giufini's PCB Workstation):
https://www.thingiverse.com/thing:1958190
PCB Workstation by giufini:
https://www.thingiverse.com/thing:801279

Cam Case Modifications:

Kept only the USB-C charging hole, removing the other two.
Increased the height of the internal female header holders to ensure the cam board lies flat on all sides.
Merged and modded three Bendy Tripod Leg Keys at the bottom of the case for tripod integration.

Tripod Modifications:

Shortened the length of the three Bendy Tripod Leg Keys
Removed the "key" part since the gimbal system is no longer used.

Design & Functionality:

The tripod cam case is designed to be flexible enough to adapt to any environment, allowing for perfect camera positioning. For longer tripod legs, simply print additional Tripod Leg Joints to extend its reach. This modded design is prepared for use with the Halovision-INSPEC GitHub project, aimed at assisting users in becoming lucid during dreams. For more information, see the “Use Case” below.

Halovision-INSPEC GitHub project by Michael Paul Coder:
https://github.com/lucidcode/Halovision-INSPEC

Assembly Instructions:

Remove any support material from the prints.
Snap together the Tripod Leg Joints to form three long legs, and attach a Tripod Foot Whole to the end of each leg.
Insert the assembled legs into the base of the cam case.

Use Case:

This model is ideal for people wanting to become lucid dreamers using the Halovision-INSPEC project. The OpenMV RT1062 Cam, equipped with the Halovision-INSPEC custom firmware, tracks eye movements to detect when the user is dreaming, triggering cues like sound or light (with smartwatch vibrations to be added soon) to prompt a reality check within the dream. This leads to the realization that the user is dreaming, enabling them to control their dream environment with a sense of godlike freedom.

Explore the countless benefits of lucid dreaming by becoming more aware in your dreams—unlock your full dream potential! A quick search online will reveal numerous benefits of lucid dreaming that you’ll be amazed by!

Model License:

This model is licensed under Creative Commons - Attribution - Non-Commercial - Share Alike (CC BY-NC-SA).

Comment & Rating (5)

@Lance123

Print Profile

0.2mm layer, 2 walls, 15% infill

I printed in PLA+ using suggested settings. Nice design. However I found that the arms didn't have much friction so they didn't hold its shape at all. Maybe TPU would have been better or decreasing the size of the mating part. I used PLA+ recommended to use PLA but there shouldn't be much difference. Adding Fuzzy may help to make it wider? Using a Bambu Mini, it changes shape under gravity so wouldn't be able to hold onto a support. But would make great wobbly octopus arms for a remix.

The profile uploader has replied

@lirex

Thank you for your feedback! I appreciate you taking the time to try out my model and share your experience. Regarding the issues you faced with the arms not holding their shape, I’d like to clarify that the model was thoroughly tested before publishing. The original tripod design, including its mating parts, was crafted with precision and performs as expected when printed under recommended settings and material. It appears that the challenges you experienced may stem from factors outside the model design itself, such as the choice of material (PLA+) or printing settings. While a great material, it can sometimes lack the flexibility or friction needed for certain designs. Additionally, printing settings such as layer height, infill percentage, and tolerances can significantly impact the fit and performance of mating parts.I encourage you to revisit your printing parameters or try with a better material. The rating system is a valuable tool for creators and users alike, and I feel that a fair assessment of this model would reflect its actual design quality, separate from external factors like material choice or printing parameters.

@Lance123

Replying to @lirex :

Hi, I'll increase it to 4* since the design is well crafted however, I only used PLA+ recommended to use PLA. I feel this isn't a print parameter and for me, using a Bambu Mini, it changes shape under gravity so wouldn't be able to hold onto a support. But would make great wobbly octopus arms for a remix.

(Edited)