Very cool project. I'd love to see you publish details on his next generation device and some of hte trade-offs and decisions he's making, particularly if he plans to keep the price point at around $400.
That $400 is the rough cost of the wood, motors, and control board. The software is free, and he's giving away his files for free right now.
You could estimate the additional cost for new features. Lets say you knew you wanted an arm with 2 axis control and a pan/tilt head on the end of it. You know you'll need 4 stepper motors and a wood frame. It isn't like a commercial system where you would also have an additional software module that would cost a small fortune.
While this is awesome, it isn't a business model. He's not making kits as a job. I think he's just offering to help people continue his hobby. if 5,000 people wanted them from him, he'd have to rethink some things in order to be able to support them all.
Thanks for the insights Cab. I guess what I was really thinking about was now that he is going into version 2, there's likely to be feature additions and optimization of the existing design. It's always interesting to me to look at a design unfold over several iterations and get an understanding of the engineer's thought process throughout.
This is a great prototype for a stablization system for animation! I'm sure it could be productized and made into a profitable enterprise, perhaps using materials (metal or plastic) that would be a bit less clunky. There are a lot of options to stabilize video and most cameras have some basic stablization built in; there are also good harnesses that strap onto the camera person, but I hadn't seen a system like this for animation before. Surely, Lucas Arts has something like this in its shop.
I built this rig supper cheap because it just a beta revision to code on.
This is def a labour of love ! ... For my brother Nathan Grayston actualy. He is into film
and we have lots of ideas we cant do without this rig! Many of them reqire complex actions
inbetween time lapse frames, there are some things you just cant with the avalible closed software systems avaible, Altho I commend dragon frame for suporting Arduino!, it still isnt a solution for us.
I would love to prod i sized The hard ware side of this project.. but id want to build a team to pull that off.. so if any one wants to be on such a team contact me!
Another option would to be a forced donation of 0.01 dollors, to use the pro version of the soft ware.
It would still be open but I like the idea of implementing this becuse it would get people past the fact that they dont donate becuse there to lazzy. I think that if people are foced to go thrue the process of donateing a cent they will probably choose to donate the recomended 5 dollors.
This could be a great funding modle for open projects. Just like it has been for some music artists!
What are the engineering and design challenges in creating successful IoT devices? These devices are usually small, resource-constrained electronics designed to sense, collect, send, and/or interpret data. Some of the devices need to be smart enough to act upon data in real time, 24/7. Specifically the guests will discuss sensors, security, and lessons from IoT deployments.