This is a complete reimagining of the Open Book Project, but the original mission remains:
As a society, we need an open source device for reading. Books are among the most important documents of our culture, yet the most popular and widespread devices we have for reading are closed objects, operating as small moving parts in a set of giant closed platforms whose owners’ interests are not always aligned with readers’.
The Open Book aims to be a simple device that anyone can build for themselves. The Open Book should be comprehensible: the reader should be able to look at it and understand, at least in broad strokes, how it works. It should be extensible, so that a reader with different needs can write code and add accessories that make the book work for them. It should be global, supporting readers of books in all the languages of the world. Most of all, it should be open, so that anyone can take this design as a starting point and use it to build a better book.
Check out the promo video as well:
https://youtu.be/vFD9V8Hh7Yg
That’s very nice
I’d love one at the right price - but aren’t e-ink screens expensive because only a couple of people make them ?
I think I paid about 30 quid for my first one - but since then kobo and Amazon have tried to force the value up and abandoned basic devices
They both still have basic device for about 100$ ( cnd ) sure it more than 30$ but i still have a 10 years old kindle tha work flawlessly so worth the price. And since i own every book i ever got on amazon thx calibre ( even tho amazon working real hard to make it stop )
The open book would be nice if overdrive/libby would work on it because i hate kobo but it’s the only way i can borrow ebook in canada
The one we use is about $15-$20 USD
When they say build it yourself, they mean it:
- 3D print case
- Solder PCB
- Compile your own firmware
For those interested, base price to build this might start at $85 based on one estimate linked from the resource.
It’s not just mass production and economies of scale. That’s obviously a huge part of it, but the cheap Kindle devices are also definitely sold at a loss with the expectation that you’re going to buy a lot of ebooks from Amazon which will more than make up for it (and also some of the devices are ad supported).
That version is ad-sponsored though, isn’t it? If you wanted to get it without ads, I believe you need to pay extra.
You can ask customer service to remove it for free after purchase, or so I’ve heard.
Mass production. Plus ads on the Lock Screen. It’s $20 cheaper with the ads.
I mean those Echo Dots come with a huge hit to your privacy as a cost. Not to mention how susceptible the Echo Dot has been in the past. Hell some expeditious hackers even got the Echo Dot to hack itself.
It’s crazy how subsidized a Kindle is.
No doubt Amazon sells Kindles with a thin margin or maybe even at a loss. But the cost to produce them is also lowered significantly by manufacturing large quantities.
You mean the ad infested ebook reader that has less and less features with each version? Yeah sounds great. Buy a Kobo instead and host your own library with Calibre.
Is that $85 for all parts?
Calculate the extra cost if someone doesn’t own a 3D printer (or doesn’t have access to one) or soldering gear.
It’s a fair call from a practical point of view. But I’ll also say you’re very likely to keep using your 3d printer for all other things, so not fair to put all costs into this one project.
Besides there alternatives to buying the printer: friends and print shops. Besides where I live a few libraries let you use their printers (and I believe materials) at no cost.
Well, printing externally costs a few bucks so that is not really the problem here.
Soldering is more complicated but that’s more a learning curve problem than an equipment problem.
As someone who has tried soldering with the wrong equipment (and thoroughly stuffed it up), it’s both. Learning with the right equipment however is a lot easier than with the wrong stuff.
And 3D printing externally can also be a bit of a trial and error process if you’re new to the whole thing.
You don’t need the know-how compile the firmware! It’s available to drag and drop from GitHub: https://github.com/nvts8a/libros
DIY is like that. If you look up how to make a birdhouse they will tell you you need a saw, a hammer, nails, drill, paintbrush and something to measure with. Having a 3d printer and a soldering iron nowadays is pretty low entry, you can get into it cheaper that buying the saw, hammer and drill for the birdhouse. You don’t have to buy the bambulab printer and the weller / hakko iron. You can print this case on an ender 3 you found in the dumpster. Or pay 10 bucks for someone and they will print it for you. On the other hand you will have a device you can infinitely repair unlike the kindles that are kicking the dust every few year for everyone.
A friend of mine was showing me around a maker space when I was on a trip to where he now lives. They had an entire room full of various 3D printer. They’ve really gone mainstream in a big way. Getting a hold of one isn’t out of the question for a lot of people.
Idk why everyone is even insisting on a 3d printed case, just cut a square hole in a cigar box. Done.
Shit, get a thick book nobody reads and cut the middle of the book out and house a screen inside the 📖 book, glue the pages on the outside together with some modge podge. Done for the price of a cheap novel with a hardcover and some glue and a knife if you don’t have one.
It sounds wild to think about making your own electronic device, but after getting into woodworking I think it could be simpler to build this than a quality birdhouse lol.
I don’t own a 3D printer so can someone spitball the cost of printing this?
The case doesn’t need any special material so whatever’s cheapest usually works, especially if all you’re worried about is protection and not style. In face you technically don’t even need the case, the one I develop the firmware on is bare, but still, you shouldn’t have to spend more than probably $10 USD, maybe cheaper if you can find a local maker space to help you print it.
You can get a reliable plug and play printer for as little as $500-600, though it will take 15-20 hours, if you’re technically minded, to learn to get the files to print. The material will be around $30-40 at retail prices (it’s generally only sold by the kg).
You can likely send the files to a print house and get them printed for just $100-200.
(Someone will claim that the $99 Ender and a roll of $9.99 genetic PLA will work. They are technically correct in the same way that your grandmother can edit photos for free by setting up Arch Linux on a $100 PC from Goodwill.)
I don’t know the exact cost, but there are online services to do 3D printing for you, like Shapeways. I’ve used it before. It made more sense than buying my own printer. I downloaded a design from Thingiverse.com, uploaded to Shapeways.com and ordered the print. They will give you the price before you order.
IDK. Building your own is cool in theory, but there are a bunch of options that aren’t that bad price wise that run Android.
The issue is that they’re made by random Chinese companies and the software support is of varying quality. A focused community effort to support an Android build explicitly for readers and to hack their way to being installable on as many as possible seems like a better plan.
I have two (13" boox max 3, 6 inch reinkstone r1 that I just grabbed because it was $140 with color) and even with the mediocre software support the reading experience is pretty decent.
For anyone interested our Discord is here! We’re a fun group of folks and have a couple of other projects. The project is mostly for fun and definitely centered around folks who are maybe trying to break into the hardware and software space with something tangible that they can use and show off, it certainly isn’t financially the best option out there but to learn and grow it’s great fun!
