Hey, Welcome to your own toy robot factory, X-KIT! With this suite, you can create unlimited toy robots by 3D design, model making, 3D printing, and coding. Get ready to dive into the world of robotics. Let's see how you can tackle it .
X-KIT is a collaborative suite of an app and hardware. Please visit the website：https://en.ime3d.
Design 3D Print Pick preset design from the list in the app. Customize the design by will. Export the printing file. Send the file to a 3D printer and start to print the components of the design. Assemble Put the printed pieces together on the Hub following the instruction shown in the app. Code Make and transfer a desirable program for the robot. Note The order of the process is flexible. For example, users can run the bare Hub without design, or print, or code by direct remote-control.
Servomotor Ball Pin Ultrasound Sensor Axle Buzzer Long Pin Wheel Axle Pin The Hub Quick Guide Map Plier USB Tire Ball Axle Rubber Track Pin
Overview 2 motors 8 input/output ports Micro-USB power port Universal wheel 3 indicator lights 28 pin sockets Power button Start/Pause button Micro-USB data port Reset button 2 IR sensors 2 RGB LED lights
Signal Lights Power Signal If the green Power signal is on , it means that the Hub is running. Bluetooth Signal If the Bluetooth signal is on , it means that the Hub is successfully connected with the app. Data Signal If the yellow Data signal is on , it means that data transmission is enabled or programs are ready to run. Note The Power signal and the Data signal are both normally turned on.
Plugins Diagram Please refer to the diagram when plugging in electronic modules as servos, sensors. Wrong installation might cause the malfunction of program. Motor M1 M2 D3 D4 M1 M2 D1 ULTRA D2 A1 I2C A2 They can rotate forward and backward to move. RGB Lights Colorful lights can be turned on by manipulating the numbers of RGB values. RGB1 IR-1 IR-2 RGB2 IR Sensor The IR Sensor can recognize black objects in the range of 1-2cm (0.39-0.79in).
When charging Make sure the cord is plugged into the power slot. The cord is for both charging and code transfer. Make sure the status of power button is off. (Power signal is dimmed .) Not charging Note It's needed to remove some parts that block the power slot when a robot is assembled on the hub if you want to charge.
90° 180° 0° Servomotor Ultrasound Sensor Buzzer Servomotor is a rotary actuator that allows for precise control. It consists of a suitable motor coupled to a sensor for position feedback. It rotates in an angular range from 0° to 180°, while its default position is at 90°. An ultrasonic sensor is an electronic device that measures the distance of a target object by emitting ultrasonic sound waves, and converts the reflected sound into an electrical signal. It can detect objects in its surroundings.
Pin Ball Pin Axle Long Pin Double pins at both ends With a ball head at one end Double cross-shape ends One longer end pin It can be used for connections between part and part, part and Hub in most cases. It can also be used as a small axle providing free rotation. It can be used on part or link that rotates in nearly 360°. It can be used for connections between part and part, part and axle slots on the Hub. It transfers the rotation of the motor to wheels, links or other parts.
Windows PC Download Android Tablet / iPad Download www.ime3d.
Setting Set email / BGM / Sound Effect Robot templates Preview and pick the 60+ robot designs Robot categories Animal Kingdom / Vehicle League Construction Group / Fantasy Show Projects User-created design and coding works are saved here Remote control A wireless control panel provides full control over robots Explore Latest news, tutorial, gameplay updates are posted here
X-KIT contains Animal Kingdom 60+ robots from 4 categories for kids to pick from.
Return to Homepage Parts list Lists of 3D printed parts and electronic modules Robot description Robot 3D preview A 3D model of the robot can be previewed here Building Instruction Step by step instruction of the assembling of selected robot Go to coding Forward to coding mode Print Print the parts of selected robot by saving the parts into a STL file and sending it to a 3D printer Robot design Make design modification based on selected robot template
Create new design Save your work to "Projects" Go to Homepage Print Upload design to cloud Share design Socket size setting Go back Magnifier Toolbox of modular parts Hole An visual aid for part installation when dragging part Connectors Design area The models of 6 standard connectors for installation 3D work space Move Rotate Scale Delete Color Replicate Mirror Hole Note In the real world,in order to fit the connectors, any part with premade holes can not be scaled.
Includes parts of 60+ robot templates.
It is required to use connectors to install parts onto the Hub or connect part to part. There are 6 types of connector model in the connector tool box. Stickers and texts don't need connectors. Refer to page 10 for the usage of connectors When parts fail to be installed, they will drop on a work plane. You can edit and then reinstall them, or delete them.
There are two different coding modes after pressing code Block Coding More powerful but still very intuitive block coding allows users of all ages to freely control their robot through coding. Card Coding An easy-to-learn coding app which allows pre-school kids to taste the fun of coding. Only on Android Tablet / Windows PC There are 3 premade codes in each robot template for users to directly use in the robot. And users can make modification based on them as well.
40+ premade codes are prepared in the Code Library for users to use in their robots directly.
Create new code Back to Homepage Save to "Projects" Control Connect Hub Go back Coding block toolbox Includes X-KIT coding blocks, variables and other custom coding blocks Plugins Diagram of electronic module connection A foldable diagram guides you to connect electronic modules Start/Stop code Case Library 40+ premade codes are for users to directly use or modify Transferred codes in the hub can be started or stopped by pressing this button Upload code Upload your code to the hub
Start / Stop custom code Connect Hub Transferred codes in the hub can be started or stopped by pressing this button The Bluetooth signal will be on when the Hub is successfully connected. Go back Buzzer Preset motions Buzz your buzzer. The Buzzer module need to be connected. 6 preset motions of the Hub can be activated instantly RGB lights Light up your RGB lights underneath the hub.
There are Tracer 6 pre-programmed motions in the Remote-Control mode. Protector The Tracer auto-traces The Protector patrols the black line in the only in the territory court using the IR inside the black circle. sensors embedded. Avoider Follower Spinner Winner The Avoider bypasses an obstacle every time it encounters one. The Follower keeps a fixed distance to the object it follows. The Spinner spins in an increasing speed and then slow down till it stops.
New project Brand new design, card code or block code can be created here My designs My codes There are 2 code files due to 2 coding modes. Distinguish them by the icons.
Geometry Painter Foraging Dinosaurs Rover Drone Show Stand Latest updates of gameplay tutorial and news are here!
1: Can I still use X-KIT without a 3D printer? Without a 3D printer, our user can control the hub and the electric modules to perform basic motions. However, the point of X-KIT is to let more people get close with 3D design and 3D printing and enjoy the power from them. If you are not currently with a 3D printer, you might: 1. Download your .STL (3D model) file on PC and take it to a friends' or colleagues' 3D printer. 2. Export to Shapeways or i.
This device complies with part 15 of the FCC Rules. Operation is subject to the following two conditions: (1) this device may not cause harmful interference, and (2) this device must accept any interference received, including interference that may cause undesired operation. Any changes or modifications not expressly approved by the party responsible for compliance could void the user's authority to operate the equipment.
For how-to videos and further supports: https://en.ime3d.
