seaCell - User contributions [en]

Make Yer Own Abbott

2026-04-10T18:03:45Z

Alexis-outside:

Latest Version
----[https://a360.co/4tBlZi0 V1.5]

Fusion design files

[https://www.dropbox.com/scl/fo/m2esrfs7yznjtbsombqgd/AJqDrybqwqdhnwJymV04Hjc?rlkey=1ts0z4we00vnyb2s2kgk5r1zl&dl=0 All STLs]

----

Make Yer Own Abbott

2026-04-09T12:15:36Z

Alexis-outside:

Latest Version
----V1.5

Fusion design files

[https://www.dropbox.com/scl/fo/m2esrfs7yznjtbsombqgd/AJqDrybqwqdhnwJymV04Hjc?rlkey=1ts0z4we00vnyb2s2kgk5r1zl&dl=0 All STLs]

----

Make Yer Own Abbott

2026-04-08T22:25:01Z

Alexis-outside: Created page with "a"

Abbott

2026-04-06T19:33:09Z

Alexis-outside:

== Abbott Design page ==

Abbott is a web-controlled, articulated octopus that responds expressively to emojis in a zoom chat. It is named in honor of one of the tentacled aliens in Arrival.

Want to make your own? Head over to the [[Make Yer Own Abbott]] page

This is a design page for the general conceptualizing/exploring of possible mechanisms/designs for Abbott. Please feel free to edit, nothing is set in stone. Any trouble with the wiki (it's new and has not been put through its paces), please write alex@alexhornstein.com / 401.688.0489 and I'll fix it ASAP.

=== Distributed prototyping philosophy ===
The idea here is to have people in different locations collaboratively develop hardware approaching the speed of software. The things which enable this are:

* everyone has a minimal, [https://docs.google.com/spreadsheets/d/1E2dhqLpAWhcRfN7Ml61jg7elpqfRhyic0ex8C5cSnjs/edit?usp=sharing common set of materials]
* all developers can access a 3D printer
* the parts are designed with the constraints that you can make them work with the common materials
* All developers working on this get a complete, working thing when they're done

I put a bit of thought into a bill of materials, trying to keep it as cheap and as complete as possible. If you're not comfy improvising with hardware, just buy the stuff and it'll work for you. If you are comfy improvising with hardware, pick and choose as you see fit. Take a look at the spreadsheet below and let me know what you think. This is still a rough revision, but I think it's within ~80%

[https://docs.google.com/spreadsheets/d/1E2dhqLpAWhcRfN7Ml61jg7elpqfRhyic0ex8C5cSnjs/edit?usp=sharing Common Bill of Materials (for rapid MVP prototyping in different places)]

=== Brain ===
I think a pi zero 2W is a good brain -- it is a linux-based system, making it easy to use software libraries to plug into stuff like the zoom API, and can also control low-level things like servos and LCD screens

=== Body ===
I don't have a design yet for the body, but I like the idea that it should be 3D printable and fit on the smallest printer bed that any collaborator has. I forget if the recurse printer is an A1 (250 x 250mm bed) or an A1 mini (180 x 180mm bed). Anyone know?

I'm kind of imagining a body like some sort of framework, roughly like a menorah but pointing towards you. Also all the candles are tentacles. It's not a perfect simile.

=== Tentacles ===
Well, that's why we're on this site. This is a wiki for an open-source 3D printed tentacle device that I think we can adapt to this. The tentacles are a clever, living hinge design that pops off the printer in one piece, and they articulate in just one axis. There's also a hole running through the center of the tentacle which can be used to run, say, an LED light or another servo for the tentacle tip.

[[File:Dipstick.gif]]

The tentacles are cable-driven mechanisms. The "spine" is the living hinge part that's moving, and that blue thing is a tensioning cap which lets you easily adjust spring tension in the tentacle.. The spine is threaded like a big bolt, and the tensioning has internal threads like a big nut. More details/files/3D models on the [[Open-Source Design page|design page]]. The spine also has two holes that run all the way through on either side, and those are for running the string which puppeteers the spine.

On the other end of the pipe, there is a capstan -- this is like a drum, and a piece of non-stretching string runs from one end of the spine, down through the hole on that side, wraps around the capstan a few times, and then goes back through the ''other hole'' in the spine, before getting tied off at the tip.

It's one of those things where a picture is worth a thousand words

[[File:TrunkCam cross-section.png|800x800px]]

In the manual version, when you turn the handle one way or the other, it pulls the string and the tentacle tentacles. For Abbott, I think we could basically put a servo on the capstan, get rid of the pipe, and make the base of the octopus something that has many pipe-like appendages, where we can put the

=== Eyes ===
[[File:Eyes.jpg|thumb|none]]I think it would be good to have expressive LCD eyes. These are [https://www.amazon.com/AITRIP-Display-Interface-240x240-Raspberry/dp/B0BL7G3HTP/ref=sr_1_2_sspa?crid=3C9N783QQ710J&dib=eyJ2IjoiMSJ9.rPMBCSoQfJOxcFlgJWeFwEYgZDE80VF5P3Z5qCqqyziLVO1t_-zrLwn_swgF-Krn_Ofgt98qNQdYwcWCw9107fGYTqhNltJHSIXHgJCB8RkdQCSZKuejWWjtkWsnyY-tAdGJzajR9pyWPtx8LGGV_sgO9nPs-zgB9RliLnHxuM-4JHFsyII6fLRv_I0MlXLotN2vOJZU1KO0yHmWP0JWOHdh7YJvIi5aLHl9QU7w3-M.UcP8I_4IzX2ksZ6TPqZ2zCw0aoKeRRAtKIQFXuQzHao&dib_tag=se&keywords=round+LCD&qid=1774969108&sprefix=round+lcd%2Caps%2C206&sr=8-2-spons&sp_csd=d2lkZ2V0TmFtZT1zcF9hdGY&psc=1 cheap, round LCD displays] that run for ~$7 a pop on amazon, and we could presumably drive them with a raspberry pi via SPI.

For ~6x more money, they [https://www.amazon.com/ESP32-S3-Bluetooth-Dual-core-Processor-Connector/dp/B0CSYVVV2N/ref=sr_1_2?crid=2SK55AS637ZT1&dib=eyJ2IjoiMSJ9.tMVVGwMr6zelGhXcN5xe44damDLx_JtZ3U_73Sah8NQgyxemQ7Gy2LWPHcYxfCVyuUn8EC76vqzK0qTTlwhV2QOyfoO0-vEL2tWElXYRes90xiU5iC5oPmZW8mvwTIvl1Dy0goquWcUfmKsr58MF7XNo4Km28VGDF3YHgYTWtbCM-FG6xjga3V_KnpWzdPYuucos653QSmCAUkkwFaCSRmJgkuFxy4bvR-oNTjApUd1OhKImWvjSOzLxNDkddz53Z8MrgiscxNUEOH2MVY72Ea21OFYJlYuYiZM2dL4C5s0.HONyNz5RUEYplg47KQjdwvb0zlwhurIq8Sr0zedt1co&dib_tag=se&keywords=ESP32+round+LCD&qid=1774969274&s=electronics&sprefix=esp32+round+lc%2Caps%2C209&sr=1-2 make some eyes with built-in ESP32s], so they have a standalone way to control them over wifi, and need no wiring. It's tempted and very modular, it's just a difference of $7/eye vs $23/eye

WDYT?

Abbott

2026-03-31T16:41:03Z

Alexis-outside: /* Tentacles */

== Abbott Design page ==

Abbott is a web-controlled, articulated octopus that responds expressively to emojis in a zoom chat. It is named in honor of one of the tentacled aliens in Arrival.

This is a design page for the general conceptualizing/exploring of possible mechanisms/designs for Abbott. Please feel free to edit, nothing is set in stone. Any trouble with the wiki (it's new and has not been put through its paces), please write alex@alexhornstein.com / 401.688.0489 and I'll fix it ASAP.

=== Distributed prototyping philosophy ===
The idea here is to have people in different locations collaboratively develop hardware approaching the speed of software. The things which enable this are:

* everyone has a minimal, [https://docs.google.com/spreadsheets/d/1E2dhqLpAWhcRfN7Ml61jg7elpqfRhyic0ex8C5cSnjs/edit?usp=sharing common set of materials]
* all developers can access a 3D printer
* the parts are designed with the constraints that you can make them work with the common materials
* All developers working on this get a complete, working thing when they're done

I put a bit of thought into a bill of materials, trying to keep it as cheap and as complete as possible. If you're not comfy improvising with hardware, just buy the stuff and it'll work for you. If you are comfy improvising with hardware, pick and choose as you see fit. Take a look at the spreadsheet below and let me know what you think. This is still a rough revision, but I think it's within ~80%

[https://docs.google.com/spreadsheets/d/1E2dhqLpAWhcRfN7Ml61jg7elpqfRhyic0ex8C5cSnjs/edit?usp=sharing Common Bill of Materials (for rapid MVP prototyping in different places)]

=== Brain ===
I think a pi zero 2W is a good brain -- it is a linux-based system, making it easy to use software libraries to plug into stuff like the zoom API, and can also control low-level things like servos and LCD screens

=== Body ===
I don't have a design yet for the body, but I like the idea that it should be 3D printable and fit on the smallest printer bed that any collaborator has. I forget if the recurse printer is an A1 (250 x 250mm bed) or an A1 mini (180 x 180mm bed). Anyone know?

I'm kind of imagining a body like some sort of framework, roughly like a menorah but pointing towards you. Also all the candles are tentacles. It's not a perfect simile.

=== Tentacles ===
Well, that's why we're on this site. This is a wiki for an open-source 3D printed tentacle device that I think we can adapt to this. The tentacles are a clever, living hinge design that pops off the printer in one piece, and they articulate in just one axis. There's also a hole running through the center of the tentacle which can be used to run, say, an LED light or another servo for the tentacle tip.

[[File:Dipstick.gif]]

The tentacles are cable-driven mechanisms. The "spine" is the living hinge part that's moving, and that blue thing is a tensioning cap which lets you easily adjust spring tension in the tentacle.. The spine is threaded like a big bolt, and the tensioning has internal threads like a big nut. More details/files/3D models on the [[Open-Source Design page|design page]]. The spine also has two holes that run all the way through on either side, and those are for running the string which puppeteers the spine.

On the other end of the pipe, there is a capstan -- this is like a drum, and a piece of non-stretching string runs from one end of the spine, down through the hole on that side, wraps around the capstan a few times, and then goes back through the ''other hole'' in the spine, before getting tied off at the tip.

It's one of those things where a picture is worth a thousand words

[[File:TrunkCam cross-section.png|800x800px]]

In the manual version, when you turn the handle one way or the other, it pulls the string and the tentacle tentacles. For Abbott, I think we could basically put a servo on the capstan, get rid of the pipe, and make the base of the octopus something that has many pipe-like appendages, where we can put the

=== Eyes ===
[[File:Eyes.jpg|thumb|none]]I think it would be good to have expressive LCD eyes. These are [https://www.amazon.com/AITRIP-Display-Interface-240x240-Raspberry/dp/B0BL7G3HTP/ref=sr_1_2_sspa?crid=3C9N783QQ710J&dib=eyJ2IjoiMSJ9.rPMBCSoQfJOxcFlgJWeFwEYgZDE80VF5P3Z5qCqqyziLVO1t_-zrLwn_swgF-Krn_Ofgt98qNQdYwcWCw9107fGYTqhNltJHSIXHgJCB8RkdQCSZKuejWWjtkWsnyY-tAdGJzajR9pyWPtx8LGGV_sgO9nPs-zgB9RliLnHxuM-4JHFsyII6fLRv_I0MlXLotN2vOJZU1KO0yHmWP0JWOHdh7YJvIi5aLHl9QU7w3-M.UcP8I_4IzX2ksZ6TPqZ2zCw0aoKeRRAtKIQFXuQzHao&dib_tag=se&keywords=round+LCD&qid=1774969108&sprefix=round+lcd%2Caps%2C206&sr=8-2-spons&sp_csd=d2lkZ2V0TmFtZT1zcF9hdGY&psc=1 cheap, round LCD displays] that run for ~$7 a pop on amazon, and we could presumably drive them with a raspberry pi via SPI.

For ~6x more money, they [https://www.amazon.com/ESP32-S3-Bluetooth-Dual-core-Processor-Connector/dp/B0CSYVVV2N/ref=sr_1_2?crid=2SK55AS637ZT1&dib=eyJ2IjoiMSJ9.tMVVGwMr6zelGhXcN5xe44damDLx_JtZ3U_73Sah8NQgyxemQ7Gy2LWPHcYxfCVyuUn8EC76vqzK0qTTlwhV2QOyfoO0-vEL2tWElXYRes90xiU5iC5oPmZW8mvwTIvl1Dy0goquWcUfmKsr58MF7XNo4Km28VGDF3YHgYTWtbCM-FG6xjga3V_KnpWzdPYuucos653QSmCAUkkwFaCSRmJgkuFxy4bvR-oNTjApUd1OhKImWvjSOzLxNDkddz53Z8MrgiscxNUEOH2MVY72Ea21OFYJlYuYiZM2dL4C5s0.HONyNz5RUEYplg47KQjdwvb0zlwhurIq8Sr0zedt1co&dib_tag=se&keywords=ESP32+round+LCD&qid=1774969274&s=electronics&sprefix=esp32+round+lc%2Caps%2C209&sr=1-2 make some eyes with built-in ESP32s], so they have a standalone way to control them over wifi, and need no wiring. It's tempted and very modular, it's just a difference of $7/eye vs $23/eye

WDYT?

File:TrunkCam cross-section.png

2026-03-31T16:21:29Z

Alexis-outside:

cross section

File:Dipstick.gif

2026-03-31T15:48:51Z

Alexis-outside:

tentacle

Abbott

2026-03-31T15:41:45Z

Alexis-outside:

== Abbott Design page ==

Abbott is a web-controlled, articulated octopus that responds expressively to emojis in a zoom chat. It is named in honor of one of the tentacled aliens in Arrival.

This is a design page for the general conceptualizing/exploring of possible mechanisms/designs for Abbott. Please feel free to edit, nothing is set in stone. Any trouble with the wiki (it's new and has not been put through its paces), please write alex@alexhornstein.com / 401.688.0489 and I'll fix it ASAP.

=== Distributed prototyping philosophy ===
The idea here is to have people in different locations collaboratively develop hardware approaching the speed of software. The things which enable this are:

* everyone has a minimal, [https://docs.google.com/spreadsheets/d/1E2dhqLpAWhcRfN7Ml61jg7elpqfRhyic0ex8C5cSnjs/edit?usp=sharing common set of materials]
* all developers can access a 3D printer
* the parts are designed with the constraints that you can make them work with the common materials
* All developers working on this get a complete, working thing when they're done

I put a bit of thought into a bill of materials, trying to keep it as cheap and as complete as possible. If you're not comfy improvising with hardware, just buy the stuff and it'll work for you. If you are comfy improvising with hardware, pick and choose as you see fit. Take a look at the spreadsheet below and let me know what you think. This is still a rough revision, but I think it's within ~80%

[https://docs.google.com/spreadsheets/d/1E2dhqLpAWhcRfN7Ml61jg7elpqfRhyic0ex8C5cSnjs/edit?usp=sharing Common Bill of Materials (for rapid MVP prototyping in different places)]

=== Brain ===
I think a pi zero 2W is a good brain -- it is a linux-based system, making it easy to use software libraries to plug into stuff like the zoom API, and can also control low-level things like servos and LCD screens

=== Body ===
I don't have a design yet for the body, but I like the idea that it should be 3D printable and fit on the smallest printer bed that any collaborator has. I forget if the recurse printer is an A1 (250 x 250mm bed) or an A1 mini (180 x 180mm bed). Anyone know?

=== Tentacles ===
Well, that's why we're on this site. This is a wiki for an open-source 3D printed tentacle device that I think we can adapt to this. The tentacles are a clever, living hinge design that pops off the printer in one piece, and they articulate in just one axis. There's also a hole running through the center of the tentacle which can be used to run, say, an LED light or another servo for the tentacle tip.

=== Eyes ===
I think it would be good to have expressive LCD eyes.

There are some round LCD screens with SPI interfaces that seem to have good pi support, and then there are some with built-in ESP32s with wifi support.
[[File:Eyes.jpg|thumb]]

Abbott

2026-03-31T15:11:38Z

Alexis-outside: Reverted edit by Test-user (talk) to last revision by Alexis-outside

== Abbott Design page ==

Abbott is a web-controlled, articulated octopus that responds expressively to emojis in a zoom chat. It is named in honor of one of the tentacled aliens in Arrival.

This is a design page for the general conceptualizing/exploring of possible mechanisms/designs for Abbott. Please feel free to edit, nothing is set in stone. Any trouble with the wiki (it's new and has not been put through its paces), please write alex@alexhornstein.com / 401.688.0489 and I'll fix it ASAP.

=== Distributed prototyping philosophy ===
The idea here is to have people in different locations collaboratively develop hardware approaching the speed of software. The things which enable this are:

* everyone has a minimal, [https://docs.google.com/spreadsheets/d/1E2dhqLpAWhcRfN7Ml61jg7elpqfRhyic0ex8C5cSnjs/edit?usp=sharing common set of materials]
* all developers can access a 3D printer
* the parts are designed with the constraints that you can make them work with the common materials
* All developers working on this get a complete, working thing when they're done*
*

I put a bit of thought into a bill of materials, trying to keep it as cheap and as complete as possible. Take a look at the spreadsheet below and let me know what you think. Some elaboration

[https://docs.google.com/spreadsheets/d/1E2dhqLpAWhcRfN7Ml61jg7elpqfRhyic0ex8C5cSnjs/edit?usp=sharing Common Bill of Materials (for rapid MVP prototyping in different places)]

=== Eyes ===
I think it would be good to have expressive LCD eyes.

There are some round LCD screens with SPI interfaces that seem to have good pi support, and then there are some with built-in ESP32s with wifi support.
[[File:Eyes.jpg|thumb]]

Abbott

2026-03-31T15:08:29Z

Alexis-outside: fleshing out the page

== Abbott Design page ==

Abbott is a web-controlled, articulated octopus that responds expressively to emojis in a zoom chat. It is named in honor of one of the tentacled aliens in Arrival.

This is a design page for the general conceptualizing/exploring of possible mechanisms/designs for Abbott. Please feel free to edit, nothing is set in stone. Any trouble with the wiki (it's new and has not been put through its paces), please write alex@alexhornstein.com / 401.688.0489 and I'll fix it ASAP.

=== Distributed prototyping philosophy ===
The idea here is to have people in different locations collaboratively develop hardware approaching the speed of software. The things which enable this are:

* everyone has a minimal, [https://docs.google.com/spreadsheets/d/1E2dhqLpAWhcRfN7Ml61jg7elpqfRhyic0ex8C5cSnjs/edit?usp=sharing common set of materials]
* all developers can access a 3D printer
* the parts are designed with the constraints that you can make them work with the common materials
* All developers working on this get a complete, working thing when they're done*
*

I put a bit of thought into a bill of materials, trying to keep it as cheap and as complete as possible. Take a look at the spreadsheet below and let me know what you think. Some elaboration

[https://docs.google.com/spreadsheets/d/1E2dhqLpAWhcRfN7Ml61jg7elpqfRhyic0ex8C5cSnjs/edit?usp=sharing Common Bill of Materials (for rapid MVP prototyping in different places)]

=== Eyes ===
I think it would be good to have expressive LCD eyes.

There are some round LCD screens with SPI interfaces that seem to have good pi support, and then there are some with built-in ESP32s with wifi support.
[[File:Eyes.jpg|thumb]]

File:Eyes.jpg

2026-03-31T15:03:02Z

Alexis-outside:

Abbott

2026-03-31T14:37:31Z

Alexis-outside: Created page with "Abbott Design page: Abbott is a web-controlled, articulated octopus that responds expressively to emojis in a zoom chat. It is named in honor of one of the tentacled aliens in Arrival."

Abbott Design page:

Abbott is a web-controlled, articulated octopus that responds expressively to emojis in a zoom chat. It is named in honor of one of the tentacled aliens in Arrival.

TrunkCam Accessories

2026-03-30T23:31:46Z

Alexis-outside:

== List of Accessories ==

=== Tripod ===

=== Dolly ===

=== Carry Case ===

=== Lure Arm ===

===== Making your Own =====
If you want to make your own, a helpful place to start is the snap-on profile. We use two, one that snaps onto the 1.25" PVC pipe, and one that snaps onto the tip of the trunkCam.

1.25" snap (good for dollies, racks, tripods, etc)

* [https://www.dropbox.com/scl/fi/09wuqfcw3kzkiw60g5t5b/accessory-template.svg?rlkey=23owywqnlocb402blwo0cl0jq&dl=0 SVG]
* [https://www.dropbox.com/scl/fi/1uxr1irlocnz9cev2k14b/accessory-template.dxf?rlkey=r9pd0kn7yndtefo07tfpt8km4&dl=0 DXF]
* [https://www.dropbox.com/scl/fi/efurhpymb2pihz3vmqpw0/accessory-template.ai?rlkey=0e7c6orbyz1ydpxqjm1vduyfq&dl=0 AI]

tip snap (good for things that interact with the subject)

* SVG
* DXF
* AI

Open-Source Design page

2026-03-30T23:25:23Z

Alexis-outside:

trunkCam is an open-source hardware project. If you would like to make your own, you will need:

* the parts from the [https://docs.google.com/spreadsheets/d/1cBpvzQr5q_kBL8JIbCuVbll7WQdTomYz7Iyf3H-uzQA/edit?usp=sharing Bill of Materials]
* the 3D printed parts listed below

The design files for trunkCam are in Fusion, and are viewable and downloadable [https://artiswrong.autodesk360.com/g/shares/SH28cd1QT2badd0ea72b09c4bda8e03e7a87 at this link]

3D printable parts:

*[https://www.dropbox.com/scl/fi/nhba4fyzemnofcnn25k9v/spine.stl?rlkey=vkjyh6xm5edj83zc38mt15h7f&dl=0 Spine]
*[https://www.dropbox.com/scl/fo/35qyq8swjdmjm9aexrpgb/AIFEZDlOs5cbNKS9yfUb09g?rlkey=q2xplfyatjtkbfyulckbh5wwp&dl=0 Endcap]
*[https://www.dropbox.com/scl/fi/fytbg9tymygbl1bh1w3ju/clamping-arm.stl?rlkey=n1sd80l2pjr6ynch9e16l261n&dl=0 Clamping Arm]
*[https://www.dropbox.com/scl/fi/8ax8vzx473ua6b33oxz8q/Tensioning-Cap.stl?rlkey=l6vl8kjd8qrk2b1bqnt3h8fd1&dl=0 Tensioning Cap]
*[https://www.dropbox.com/scl/fi/cldlrd4b36p1qducs5qeb/Capstan-Cap.stl?rlkey=siy05is7p7fekk11ys4pz5r3m&dl=0 Capstan Cap]
*[https://www.dropbox.com/scl/fi/lg43cgystblrcfejwm9hr/Capstan.stl?rlkey=lw0n8m6vclv3rcen0zkv3jznv&dl=0 Capstan]
*[https://www.dropbox.com/scl/fi/qmfn8ch0mbx0xh9hj39l3/Handle.stl?rlkey=1f1cnj4letr3njx6c5a2skpzn&dl=0 Handle]
*[https://www.dropbox.com/scl/fi/kb8lcip7b54k6z8actd8j/Key.stl?rlkey=6q665wtswzc2e3ax86mbmbfno&dl=0 Key]
A zip file of all the STLs [https://www.dropbox.com/scl/fi/u478st2k1163ilufqfyta/trunkCam-v1.0.zip?rlkey=q4ysn00zdf6z2ip2sndwk3kcj&dl=0 is available here]

If you have an improvement that you'd like to add to the core design, please share your design file, photo/video of it working, and a description of your improvement on the [[Modifications]] page. We review these regularly and will consider integrating with the main design, with attribution to the creator.

There is also a series of [[accessories]] that can fit onto the trunkCam to help film in different ways, with design files, photos and STLs.

Modifications

2026-03-24T20:47:37Z

Alexis-outside: Created page with "trunkCam Modifications"

trunkCam Modifications

Open-Source Design page

2026-03-24T20:46:53Z

Alexis-outside:

trunkCam is an open-source hardware project. If you would like to make your own, you will need:

* the parts from the [https://docs.google.com/spreadsheets/d/1cBpvzQr5q_kBL8JIbCuVbll7WQdTomYz7Iyf3H-uzQA/edit?usp=sharing Bill of Materials]
* the 3D printed parts listed below

The design files for trunkCam are in Fusion, and are viewable and downloadable [https://artiswrong.autodesk360.com/g/shares/SH28cd1QT2badd0ea72b09c4bda8e03e7a87 at this link]

3D printable parts:

*[https://www.dropbox.com/scl/fi/nhba4fyzemnofcnn25k9v/spine.stl?rlkey=vkjyh6xm5edj83zc38mt15h7f&dl=0 Spine]
*[https://www.dropbox.com/scl/fo/35qyq8swjdmjm9aexrpgb/AIFEZDlOs5cbNKS9yfUb09g?rlkey=q2xplfyatjtkbfyulckbh5wwp&dl=0 Endcap]
*[https://www.dropbox.com/scl/fi/fytbg9tymygbl1bh1w3ju/clamping-arm.stl?rlkey=n1sd80l2pjr6ynch9e16l261n&dl=0 Clamping Arm]
*[https://www.dropbox.com/scl/fi/8ax8vzx473ua6b33oxz8q/Tensioning-Cap.stl?rlkey=l6vl8kjd8qrk2b1bqnt3h8fd1&dl=0 Tensioning Cap]
*[https://www.dropbox.com/scl/fi/cldlrd4b36p1qducs5qeb/Capstan-Cap.stl?rlkey=siy05is7p7fekk11ys4pz5r3m&dl=0 Capstan Cap]
*[https://www.dropbox.com/scl/fi/lg43cgystblrcfejwm9hr/Capstan.stl?rlkey=lw0n8m6vclv3rcen0zkv3jznv&dl=0 Capstan]
*[https://www.dropbox.com/scl/fi/qmfn8ch0mbx0xh9hj39l3/Handle.stl?rlkey=1f1cnj4letr3njx6c5a2skpzn&dl=0 Handle]
A zip file of all the STLs [https://www.dropbox.com/scl/fi/740uiyas56pjelawxag4q/trunkCam-1.0.zip?rlkey=f30ed6rwqlvloc5ig7b2ae8md&dl=0 is available here]

If you have an improvement that you'd like to add to the core design, please share your design file, photo/video of it working, and a description of your improvement on the [[Modifications]] page. We review these regularly and will consider integrating with the main design, with attribution to the creator.

There is also a series of [[accessories]] that can fit onto the trunkCam to help film in different ways, with design files, photos and STLs.

Open-Source Design page

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Open-Source Design page

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trunkCam is an open-source hardware project. If you would like to make your own, you will need:

* the parts from the Bill of Materials
* the 3D printed parts listed below

The design files for trunkCam are in Fusion, and are viewable and downloadable [https://artiswrong.autodesk360.com/g/shares/SH28cd1QT2badd0ea72b09c4bda8e03e7a87 at this link]

MediaWiki:Copyright-footer

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Alexis-outside:

All documentation on this site is available under $1 unless otherwise noted.
The hardware design itself is also made available under $1.

More details about the license are on our [[LicensePage|License Page]]

MediaWiki:Copyright-footer

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MediaWiki:Copyright-footer

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MediaWiki:Copyright-footer

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Alexis-outside:

All documentation on this site is available under $1 unless otherwise noted.
The hardware design itself is also made available under $1.

More details about the license are on our (License Page)[LicensePage]

MediaWiki:Copyright-footer

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Alexis-outside:

MediaWiki:Copyright-footer

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Alexis-outside: Created page with "All documentation on this site is available under $1 unless otherwise noted."

All documentation on this site is available under $1 unless otherwise noted.

LicensePage

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Alexis-outside: Created page with "All documentation for trunkCam, as well as the hardware design for trunkCam itself, is released as open-source hardware under the Creative Commons [https://creativecommons.org/licenses/by-sa/4.0/ CC-BY-SA-4.0]license, the text of which is below: Under this license, == You are free to: == # '''Share''' — copy and redistribute the material in any medium or format for any purpose, even commercially. # '''Adapt''' — remix, transform, and build upon the material for a..."

All documentation for trunkCam, as well as the hardware design for trunkCam itself, is released as open-source hardware under the Creative Commons [https://creativecommons.org/licenses/by-sa/4.0/ CC-BY-SA-4.0]license, the text of which is below:

Under this license,

== You are free to: ==

# '''Share''' — copy and redistribute the material in any medium or format for any purpose, even commercially.
# '''Adapt''' — remix, transform, and build upon the material for any purpose, even commercially.
# The licensor cannot revoke these freedoms as long as you follow the license terms.

== Under the following terms: ==

# '''Attribution''' — You must give appropriate credit, provide a link to the license, and . You may do so in any reasonable manner, but not in any way that suggests the licensor endorses you or your use.
# '''ShareAlike''' — If you remix, transform, or build upon the material, you must distribute your contributions under the same license as the original.
# '''No additional restrictions''' — You may not apply legal terms or technological measures that legally restrict others from doing anything the license permits.

== Notices: ==
You do not have to comply with the license for elements of the material in the public domain or where your use is permitted by an applicable exception or limitation.

No warranties are given. The license may not give you all of the permissions necessary for your intended use. For example, other rights such as publicity, privacy, or moral rights may limit how you use the material.

File:Exploded view.png

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exploded view of components

Manufacturing files

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The [https://www.dropbox.com/scl/fo/cnsw40nekfqq7xx7vn2q7/AFaL3ceCtvrKOWCpCU1baWM?rlkey=xrlaz68yd2pdbs3uwimnpf1mf&dl=0 core 3D printing files are here], and you will also need to pick up the parts from the bill of materials

Manufacturing files

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Alexis-outside: Created page with "The core 3D printing files are here, and you will also need to pick up the parts from the bill of materials"

The core 3D printing files are here, and you will also need to pick up the parts from the bill of materials

Image examples

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Image examples

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Image examples

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Image examples

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Image examples

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File:White.png

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File:Black.png

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File:78fabbb3-984f-44f6-9030-9830e612f267.png

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File:24ebc0dd-8498-4119-9947-ca7883a7453e.png

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Image examples

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File:Ludovico-optimized.gif

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Image examples

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Image examples

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File:OwlProwl.jpg

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Image examples

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Alexis-outside: Created page with "Experimenting with https://www.mediawiki.org/wiki/Help:Images<nowiki/>from the media wiki documentation caption"

[[mediawikiwiki:Help:Images|Experimenting]] with https://www.mediawiki.org/wiki/Help:Images<nowiki/>from the media wiki documentation

[[File:filename.extension|options|caption]]

Dipstick Accessories

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Alexis-outside: Created page with "Dipstick Accessories"

Dipstick Accessories

Open-Source Design page

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Alexis-outside: Created page with "open-source design"

open-source design

Tips And Tricks

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Alexis-outside: Created page with "filming tips and tricks"

filming tips and tricks

Main Page

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Welcome to the Dipstick Wiki!

Did you just get a Dipstick? Check out the [[Assembly Guide]] to see how to put it together

Figuring out how to film in nature with your Dipstick? Head over here for [[Tips And Tricks]]

Want to print and make your own from scratch, or modify the source? Head over to the [[Open-Source Design page]].

Interested in making and sharing your own Dipstick accessories, or using designs that others have made? Head over to the [[Dipstick Accessories]] page.

*

File:Dipstick sticker.png

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dipstick sticker

File:Wild lives logo.png

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logo

Graphics

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Alexis-outside: Created page with "hello"

hello