Today we have a very special treat for you guys! It’s not another high-end flagship drone model… or a promising toy-grade flyer. Nope! Today, we have a completely different (I’ll even dare to call it innovative) approach to drones which does not implement them in a typical manner but instead uses them for educational purposes.
Yes, we’ve had these concepts before, but I’ll go out on a limb here and say that this one makes the most sense to me. Especially when it comes to STEM learning which is turning into the key factor for the development of our youth.
With that being said, I am proud to present you with a brand new product that has recently achieved its primary goal on Kickstarter. And boy oh boy, their goal was surpassed by almost 10 times the amount. From $100,000 which was set as the goal, this product got astonishing $829.506. Talk about making an impact!
What’s this product all about?
We are basically talking about a STEM learning toy/tool which aims to bring the basics of science, technology, engineering, and math to the youth. And it does so in a brilliant (and most importantly – safe) environment that will encourage children not just to play but learn as well. The main concept behind this product is providing kids with a modular drone design that will let their imagination flow while encouraging them to improvise and experiment with programming to improve the performance of their drone.
So, I guess we should cut the introductory section here and jump straight to the topic! Well, actually, first we’ll give you some useful insight into the FAQ section below.
Modular drones: FAQ
STEM (stands for Science, Technology, Engineering, Math) is basically a specialized form of curriculum that focuses on the 4 fields mentioned above. But, there’s a catch – STEM education doesn’t solely rely on boring theoretical knowledge. As a matter of fact, such learning is brought down to a minimum. Instead, STEM education focuses on an interdisciplinary and applied approach, giving kids the ability to experiment and prove the theory with their own knowledge and witts. The preliminary research studies are showing great results which explains why more and more parents are putting their children in STEM-friendly education facilities. However, such facilities aren’t the only way of promoting STEM learning for your children…
There is a section dedicated entirely to this topic down below, but I suppose giving you some insight right away won’t hurt. You see, kids portray drones as extremely fun toys to play around with. On the other hand, DIY modular drones take the games to another level by providing a clean, user-friendly programming interface. Spice that up with visually gorgeous GUI and you’ll understand why everyone is praising them… or AirBlock if we are to be more precise.
To be honest, AirBlock is the only drone currently available for purchase with a truly modular design. And it has everything under control since it is absolutely amazing! Ever since the Kickstarted campaign started it was receiving nothing but praises.
Now that it’s available for purchase virtually everywhere, praising channels are continuing to broaden thanks to the sheer quality of this little fella. It’s durable, easy to use and serves as a great STEM learning platform. All in one package if I’ve ever seen one…
There is no need to worry about AirBlock hurting your kids for two reasons:
1st – All wiring is nicely tucked away inside the plastic centerpiece with only “open electricity source” being the magnetic connectors that can’t hurt your kids by any means.
2nd – Motors and propellers are hidden away inside their modules and surrounded with thick foam padding at all sides, making accidents pain-free for your kids and everyone around them.
I’m pretty certain you now understand the basics of both STEM learning and the product at hand. So, without further adue, I’d like to start off with the general overview of its maker – MakeBlock.
MakeBlock – General Info
MakeBlock is a relatively new name in the industry that already has 4 successfully funded Kickstarter projects. Their main concern is not the drone market but educational toys for kids. These include various robots including the AirBlock – the primary focus of this article.
For the reference – MakeBlock went from being a team of just 3 people to having over 200 employees today. Talk about growth, huh? But, enough about them; I believe you guys want to know more about their newest STEM learning platform – AirBlock. So, here goes…
AirBlock has been approved by STEM experts
It’s true! MakeBlock AirBlock has been getting a lot of praise from a plethora of respected experts from STEM fields. They all agree on one thing:
“AirBlock has the hardware, software, and GUI to help children of all ages effectively grasp on the basics of STEM education.”
Obviously, this has been a major factor for AirBlock’s massively successful Kickstarter Campaign… But it wasn’t the only one…
This is why AirBlock crushed the Kickstarter campaign
Besides its modular design, there are also several other key factors that helped AirBlock crush the Kickstarter campaign. First of them is surely the practical magnetic connection system which snaps all modules into the correct position. Plus, it is symmetrical on all sides meaning you can rotate the parts to get different models (more on that down below).
Additionally, the main centerpiece might look simple at first glance… but in reality, we are talking about a highly sophisticated piece of tech. It integrates a specialized flight controller together with a gyro, barometer and ultrasonic sensors that ensure optimal flight stability.
That brings us to the last thing – ease of use! Despite the fact AirBlock is a toy-grade drone that serves as a learning platform, I have to admit I was really struck by the flight responsiveness. It’s fast, snappy and features absolutely no input lag although it works over a smartphone app via Bluetooth. Finally, the stability is absolutely brilliant – you won’t notice AirBlock drifting away unless there’s heavy wind going on.
What can kids learn with AirBlock?
First steps into programming
Thanks to an intuitive Create New Project interface, children can be brought into programming with an easy learning curve. MakeBlock smartphone app uses a simple (yet highly comprehensive) interface, allowing children to focus on the most important bits and learn the basics of how programming works. There is no need to push them into learning… Simply relax and let them explore the modular options of AirBlock on their own. The results will come naturally within the first few days of playing with AirBlock.
AirBlock comes in 7 modular pieces. 6 are identical and represent the flying/driving force of your projects. 3 of them sport counterclockwise rotating motors and other 3 sport clockwise ones. The 7th piece is what keeps the entire construction intact and provides functionalities such as gyro, barometer, ultrasonic sensors, Bluetooth module and more. By experimenting with different designs and making the most out of programmable controlling schematics, your kids will develop creativity in a modular manner.
This one goes without question – by practicing flying with their programmable modular drone, children will effectively learn their way around 3D moving objects. Needless to say, they will learn a great deal in terms of controlling vehicles in 3 dimensions which will help develop their brain. Who knows, perhaps they will end up falling deeply in love with controlling unmanned vehicles and pursue a career as a drone operator. It’s a flourishing industry that is bound to provide millions of jobs in the foreseeable future.
Due to the already mentioned modular design, AirBlock makes up for a highly versatile experience as it incorporates 3-environmental performance. You see, in addition to being able to fly, AirBlock can also sail through water and hover on smooth surfaces. This effectively enables it to be equally good at sky, land, and water driving. With a simple rearrangement of the provided modules and tampering around with the coding in the AirBlock app, your kids can transform your drone into all sorts of different contraptions. Below you can see the examples of 2 basic vehicles your kids can make with AirBlock:
AirBlock drone provides a good amount of punch thanks to its hexacopter design featuring 6 brushed motors which are more than capable of lifting it up in the air with style. Furthermore, it also comes with a proprietary 2S 700mAh battery that provides all the juice. Going 2S was necessary on such a robust build due to a stronger voltage draw throughout the build disregarding the lack of camera.
In terms of flight time, AirBlock can go as long as 6 minutes when used in the default manner – a drone. However, if you plan on using it as a hovercraft the playtime will go all the way up to 16 minutes since the motors don’t have to be at a constant speed all the time.
The operating range is pretty good considering this birdie works via Bluetooth. We are talking about roughly 10 to 15 meters heavily depending on your smartphone’s Bluetooth transmitter.
Lastly, I’d like to make clear once again that AirBlock does not feature a camera. However, if you really want your kids to be able to fly FPV with this birdie, you can always get a 5.8G all in one FPV system like Eachine TX01 along with a set of FPV goggles. Snap it in place with some double-sided tape and you’re good to go!
How to control AirBlock Modular drone
The first thing most of you will notice once AirBlock arrives is the obvious lack of a physical controller. Don’t be alarmed, it’s not a shipping mistake. Nope – AirBlock doesn’t require a physical controller. Instead, it is controlled via the MakeBlock app, available on both Android and iOS devices.
MakeBlock app’s GUI is highly intuitive and supports your own customizable projects. These, of course, involve a certain degree of coding… but don’t worry, even that part is intuitive since textual drag and drop mechanism is being used for all creations.
Once you boot up the app, you will be welcomed with the option to Play or Create.
As you can see above, you have the option to choose between the 3 default modes – Air, Land, and Water. In addition to that, you can also enter the control panel and start a new project where you can program your own controls or even make your modular drone do cool stunts and tricks at the push of a button.
If you have selected one of the 3 default modes shown in the picture above, then you will be taken to the controlling screen. I personally find the directional controls big enough to suit my taste, but then again it heavily depends on your smartphone’s size. It features both directional controlling areas as well as some basic telemetry data such as battery level and signal. Additionally, you will also find 3 preset stunt buttons that will turn your AirBlock modular drone into a flipping spectacle. Here’s the overview of MakeBlock’s default controlling screen:
If you are more interested in creating your own AirBlock modular projects then Create section is all for you. Simply make a new project based on one of the 3 modes above or a completely customizable one. With drag and drop mechanism and textual coding interface specially designed for kids, there is nothing stopping your little champs from creating their own versions of AirBlock. This software lets your kids customize everything from motor parameters to controlling systems and button placement.
In addition to the basic directional control, MakeBlock app also provides you with on/off switch, telemetry (speed, battery, and altitude) and a plethora of preset flight commands including the likes of hover, landing, circle, s-curve, and spiral.
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