TinyLab Starter Kit Works with Arduino and 20 Modules. Coding Learning Guide, Electronics Kit for Beginners, Single Board Computer for Makers

I cannot add any more than what other reviews have given, but the English manual is here: https://a.media-amazon.com/images/I/C1Bnsb+vQBL.pdf

I only found the documentation for this kit thanks to another reviewer who posted a link. The PDF manual is not *terrible*, and certainly beats what you get for most generic kits from China, but it was written by students whose first language is not English and it shows. The example code in the manual is also formatted improperly, making it hard to read.The package is a bit outdated, but to the creators' credit, the documentation will get you up and running with the basics, and the board itself is pretty nice, with a lot of integrated modules. There's no schematic diagram or even a block diagram to show you how each module is connected, though. The hardware is reminiscent of the educational kits I grew up with in the 80s but back then you'd get a full manual with the kit since you couldn't get away with just telling someone to go look at github.

tinylab is impressive in terms of design. It holds great potential. What is most unfortunate is the quality of the English documentation. The English descriptions are okay. But, the source code listings lack proper indentation; that's not helpful for beginners. Not all of the hardware is described. For example, there is a large on/off switch whose function isn't apparent. None of the DIP switches are discussed. Thoough most of them are fairly self-apparent, there's a set of 3 near the ISCP header that aren't clear. However, as long as there is an experienced person advising/supervising, the kit should be quite usable.

I recently received the TinyLab Starter Kit for beginners and it’s a mixed bag for me. There are definite pros and cons, so here's my take:Pros:The kit includes 20 modules, which offer a wide range of opportunities for learning and experimenting. This is great for someone looking to explore various readings and data collection.The magnetic case is a smart addition. It keeps everything secure and dust-free, which is a big plus when storing the Arduino or traveling with it.As a intermediate level in electrical engineering, I found operating the Arduino simple. It's user-friendly and opens the door to more advanced projects, especially if you’re interested in soldering additional modules. This makes it a fun project for anyone stepping into intermediate electrical engineering.The precision in soldering was impressive. The connections are clean, and it serves as an excellent example of what quality soldering looks like.Cons:One major drawback is the lack of beginner instructions. There’s no clear guide on how to operate or program the Arduino, leaving you to figure things out on your own, which can be frustrating for someone just starting out.Unfortunately, my kit arrived missing a few key components. I didn’t receive the D-battery connector with a barrel plug and the USB Cable, which are essential for getting started. This was disappointing since the box came with half of the necessary parts.Another thing to note: there’s no mention in the description that you’ll need an SD card to operate the Arduino successfully. Without one, programming Scratch or performing other tasks becomes a bit of a hassle.Frustrating but understandably, there is no information provided on how to use Scratch programming with the kit. There are also no easy-to-find resources or guides to help a beginner learn Scratch, leaving newcomers in the dark and needing to search for external tutorials.Little to no documentation and translation gaps throughout the project led to multiple scenarios of frustration and attempts at getting data to export correctly and to also get the board to act as a controller for a LED Hologram Orbiter.The only documentation that was found after extensive research was the GitHub for TinyLab but with the project and company having Turkish Origins, deciphering the knowledge available was a hassle.Overall, while this kit offers potential for learning and experimenting, it’s not without its flaws. If you're a complete beginner, be prepared to do some extra research and possibly purchase missing parts to get things going. For intermediate users, this can be a solid project kit, but the missing components and lack of instructions were a total letdown. I was only successful using this kit being an individual with previous electrical engineering experience.

A key component needed use the device fails to install. Email to the company about the issue got no response.

I found this Arduino kit to be an excellent tool for diving into electronics and coding. It comes with 20 useful modules making it easy to experiment with different projects and learn hands on. The included coding learning guide is clear and beginner friendly which helped me quickly understand the basics of programming and building circuits.

This kit is the result of a 2016 Kickstarter and offers a lot in the package. It’s much larger than expected, about half a sheet of paper, but it provides plenty of tools for experimentation. It reminds me of the electronics kits I had as a kid, but with modern readouts and sensors for the integrated Arduino. However, more documentation and updated links are needed, as it currently requires a lot of effort to find them. For reference, all the libraries, code, and examples can be found on Github under sixfab/tinylabThe board revision is from 2016, so it’s likely near the original Kickstarter version. It’s great for fun and prototyping, but some hardware is outdated and might be hard to source later. Overall, I recommend it as a platform for experimentation.

The product itself, probably has some potential. However, you have to hunt done the existing documentation that is available. Even after you find the user manual that is intended to be used with this product, the links referenced within are to a site in the Turkish language. It is possible to use google to translate the site and to find the correct link to something useful. It would also be helpful to provide some guidance with loading the onboard Arduino board with the Arduino IDE. Something that is second nature with those experienced with Arduino, but may be a little confusing for a beginner.