Tag Archives: 3d printed

Phone Locking Mechanism For FPV Racing Goggles

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This is the phone locking mechanism I’ve designed for my First Person View (FPV) racing goggle university project.  On the left is the initial test piece and on the right the final test piece.  A clockwise twist will lock the phone into position and when you want to release it, press the button and rotate it anti-clockwise.  Simples!  To use that is, designing it all to fit into a headset and accommodate several phone sizes… not so simples.

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An Affordable 3D-Printed Arm

This is a truly inspirational use of modern technology.  The opportunities that can arise from a connected global team of intelligent individuals are limitless.

How else can the world benefit from the advances in technology and materials?

Get involved and check out The Collective Project.

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3D Printed Lens Cap

Inner Spring

Last week I ordered an Olympus 35 RC analogue film camera.  I paid a good price but unfortunately it didn’t come with a lens cap or case.  Fortunately for me I have the know-how and technology to design and make my own lens cap.

The image above shows the lens cap without the outer case on.  I designed the sprung locking mechanism so that it could use the resistance of the form and material to lock it into position.

This is the first revision of the lens cap and a few changes need to be made.  Stay tuned, I’ll add more pictures as I develop it further.

Let me know what you think and if there any design improvements I could make.

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Out And About With Proto 2

The second prototype functioned much better after the minute changes made from Proto 1.  The shots came out much better too as I gave a lot more exposure time and used 400 ISO film instead of 100.2015-01-21 12.40.50 The 3D printed tripod mount really improved stability and allowed me to angle the camera.  And I promise, once I get a half decent method of processing the negatives I will upload the photos for all to see.  Stay tuned!

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3D Print Your Knob

That got your attention!  No, I’m talking about the knob on my pinhole camera.

2015-01-15 13.47.57I designed and 3D printed the spool adapter and winder for my Pinhole Moments camera.  The spool is a standard spool that you get with any 120 film.  I designed the winder so there is a force fit that is strong enough to lock into position but easy enough to remove without Hulk-smashing the cardboard pinhole camera upon removal.

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Prototyping on the Zünd Cutter

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I’m currently developing an analogue pinhole camera that is made predominantly from corrugate card.  I’ll be posting up snapshots of the development process, prototyping, photos and anything else that might be interesting for y’all to look at.

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This is a Journey Into Sound

This is a Journey into Sound
Created by: Dan Jones
Music: Antigone – Menace of the Species

This is a Journey… is a first year product design project I worked on. The brief was to create a “Rube Goldberg machine” with eight knock-on effects based around a stimulus word of our choice. I could have only one interaction with the piece, which in my case was placing the stylus on the record.

My chosen stimulus word for the project was ‘Recording’. With this word in mind, I decided to base my project around the history of sound recording and the technological advances that have enabled sound recording to progress over the years. Each knock-on chronologically represents a technological advancement in the methods of recording sound. The sequence is as follows: phonoautograph, phonograph, gramophone, electrical, magnetic, multitrack, tape, CD, digital.

I employed a multitude of manufacturing and prototyping processes in order to complete this project, including 3D printing, laser cutting, milling, cutting materials using a Zünd cutter, a band saw, various sanders and an array of different hand tools.

This video was recorded in one take, the music is played in real time and as you can see, I interact with the piece only once. I hope you enjoy the video as much as I enjoyed making it. Thanks for watching!

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