This complete set is completely dedicated to the topic of education and consists of very high-quality components.It contains everything you need for the introduction into the world of the robotics need:Raspberry Pi ® 3Moto-Pi Motor Control BoardHeat sink, 2 power supplies, HDMI cable16 GB memory card with operating system and instructionsPush-button board, cable set2 Joystick + maker aluminum housingLED, grave-IT robotic armMulti-purpose caseThe robot arm and the motor control were developed in Germany.Short info robot arm:The "grave It" robot arm is manufactured in a particularly stable design. The frame of the arm consists of very robust, black anodized aluminum. The scope of delivery includes 6 PWM-controlled servo motors on a load of up to 20 kg/cm. This results in a very large range of applications and enough power reserves for your projects.The Precision claw is the load radius of the arm adapted and equally durable.The arm is on the supplied, bearing turntable (360 degree) is mounted, which in turn on a 28.5 x 16 cm large base plate is fixed. At that are already boreholes for all common einpaltinencomputer and developer boards (Raspberry, BananaPi, Arduino, etc.).For a simple and precise control of the robot arm, we recommend the Motorpi (Article: 1527411, Raspberry) or the Moto Rino (Article: 1527412, Arduino).Short info motor control:This motor control is an expansion board for the control and use of up to 16 PWM-controlled 5V-stepper motors. The board can also be supplied with a voltage of 4.8V - 6V, so that an optimal supply of the motors is always guaranteed and thus even larger projects can be supplied with sufficient power.Through the simple plug-in to the board, and its super-slim design, fits Raspberry Pi and the RB-Moto 3 Expansion Board in many cases.The additional voltage supply and the integrated analogue-digital converter, offer new, more compact possibilities. An additional power supply, per motor, there is no need to now, since all connections (voltage, earth, control line) are directly connected to the board. The control and programming of the motors can, as usual, still comfortably over the Raspberry Pi can be controlled.This text is machine translated.... More
