Best selling Robotics kits from Joy-it
On this page you’ll find a ranking of the best Robotics kits from Joy-it. To give you a quick overview, we’ve added the most important product details. This page always stays fresh and updates automatically.
1. Joy-it Robot in kit da montare Micro Bit JoyCar kit costruire MB-Joy-Car
The Joy-Car is an autonomous education robot based on Micro:Bit and offers a modular robotics learning kit. Sensors such as line tracking, ultrasonic, infrared, and wheel rotation sensors enable functions like autonomous driving and even control via Bluetooth with a second, separate Micro:Bit. The additional features simulate turn signals, lights, reverse lights, and a horn, enhancing the experience of an autonomous robot car. By using addressable LEDs, individual lighting scenarios can be realized.
The Joy-Car is ideally suited for exploring electronics and programming and has been specifically designed for use in schools. In collaboration with the Fraunhofer Institute, the Joy-Car has been integrated into the Open Roberta platform. This makes it immediately usable for everyone, even without programming knowledge, and guarantees a lot of fun without frustration, with results that are visible right away. This is particularly advantageous for classroom use, as the effort required from teaching staff is minimized.
A comprehensive guide is available, explaining programming in MakeCode and MicroPython. Additionally, information, tips, and a forum for questions, problems, and ideas are provided.
2. Joy-it Roboter Bausatz Calliope "JoyCar" Bausatz CAR-ROBO-Calliope
The Joy-Car is an autonomous education robot based on Calliope and offers a modular robotics learning kit. Sensors such as line tracking, ultrasonic, infrared, and wheel rotation sensors enable functions like autonomous driving and even control via Bluetooth using a second, separate Calliope. The additional features simulate turn signals, lights, reverse lights, and a horn, completing the experience of an autonomous robot car. By using addressable LEDs, individual lighting scenarios can also be realized. Education for all! The Joy-Car is ideally suited for exploring electronics and programming and was specifically designed for use in schools. In collaboration with the Fraunhofer Institute, the Joy-Car has been integrated into the Open Roberta platform. This makes it immediately usable for everyone, even without programming knowledge, and guarantees a lot of fun without frustration, with results visible right away. This is particularly advantageous for classroom use, as the workload for teaching staff is minimized. Additionally, a comprehensive guide is available, explaining programming in MakeCode and MicroPython, as well as providing information, tips, and a forum for questions, problems, and ideas.
3. Joy-it Micro:Bit "JoyCar" Education Robot Prefabricator incl. micro:bit V2
The Joy-Car is an autonomous education robot based on the micro:bit platform, offering a comprehensive platform to dive into the fields of robotics, electronics, and programming. It comes fully assembled (including micro:bit V2) and is ready to use right away. Thanks to the user-friendly BBC micro:bit, the Joy-Car is suitable for ages 8 and up, but it is also appealing to older teenagers and electronics enthusiasts due to its extensive sensor equipment.
Sensors such as line-tracking, ultrasonic, infrared, and wheel rotation sensors enable functions like autonomous driving and even control via Bluetooth using a second, separate micro:bit. The additional features simulate indicators, lights, reverse lights, and a horn, enhancing the experience of an autonomous robot car. With the use of addressable LEDs, individual lighting scenarios can also be created.
A small highlight is the motor-controlled ultrasonic sensor, which helps the Joy-Car navigate by looking left and right to determine the best path. Of course, it blinks before turning and continues on its way. The 77-page manual (available in German and English) not only explains the assembly of the robot but also clearly describes the function of all components, sensors, electronics, and motors. Programming can be done in MakeCode or MicroPython and is detailed in the manual.
The Joy-Car has already been used in various classrooms and has proven effective. With its extensive and versatile functions, which are addressed and clearly explained in the manual, the Joy-Car can be utilized in a wide range of teaching formats.
4. Joy-it Grab it robot arm incl. motor control
With this set, you will receive everything needed to build and program a functional, robust robot together with an Arduino.
Detailed information about the robotic arm:
The "Grab-It" robotic arm is manufactured in a particularly sturdy design. The frame of the arm is made from very robust, black anodized aluminum. The package includes 6 PWM-controlled servomotors, which are designed to handle loads of up to 20 kg/cm. This provides a very large range of applications and sufficient power reserves for your projects. The precision claw is adapted to the load radius of the arm and is equally capable of handling heavy loads.
The arm is mounted on the included, bearing-supported turntable (360 degrees), which is fixed to a base plate measuring 28.5 x 16 cm. This base plate already has drill holes for all common single-board computers and development boards.
5. Joy-it Robot wheel set com-motor06
The Omni-Wheel Kit is a complete set featuring 4 high-quality omni-wheels, matching motors, and built-in encoders. The tread of the omni-wheels consists of rollers whose axes of rotation are positioned at a 45° angle to the wheel's axis of rotation. This allows the wheel to shift in a lateral rotational direction. A vehicle equipped with four omni-wheels can move in virtually any direction without needing to change the orientation of the chassis.
6. Joy-it Robot arm kit Version
The "Grab-It" robotic arm is manufactured in a particularly sturdy design. The frame of the arm is made from very robust, black anodized aluminum.
The delivery includes six PWM-controlled servomotors, which are designed to handle loads of up to 20 kg/cm. This provides a very large range of applications and sufficient power reserves for your projects. The precision claw is adapted to the load radius of the arm and is equally capable of handling heavy loads.
The arm is mounted on the included bearing turntable (360 degrees), which is fixed to a base plate measuring 28.5 x 16 cm. This plate already has drill holes for all common single-board computers and development boards.
For easy and precise control of the robotic arm, we recommend the Motorpi or the Motorino.
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