Aluminum robot arm including 6x 20kg servos
Metal drive
Precision claw made of metal
Includes motor control and power supply
Also ideal for school purposes
Includes sturdy case for storage ( dimensions: 550x350x110mm )
Compatible with all Arduinos and compatible SBC
With this set you get Everything to build and program a functional, robust robot together with an Arduino.
Robot arm detailed information:
The "Grab-It" robot arm is manufactured in a particularly stable design. The frame of the arm is made of very robust, black anodized aluminum.
The scope of delivery includes 6 PWM controlled servo motors, which are designed for a load of up to 20 kg/cm. This results in a very large area of application and sufficient power reserves for your projects.
The precesion claw is adapted to the load radius of the arm and is equally strong.
The arm is mounted on the supplied, bearing turntable (360 degrees), which in turn is fixed on a 28.5 x 16cm base plate. There are already holes for all common single-board computers and developer boards (Raspberry, BananPi, Arduino, etc.).
Detailed information for motor control:
The Motorino board is an extension board for controlling and using up to 16 PWM-controlled 5 V stepper motors.
The own clock on the motor ino provides for a very exact PWM signal and thus an exact positioning.
The board has 2 inputs for voltage of 4.8 V - 6 V, which can be fed together up to 11 A, so that an optimal supply of the motors is always ensured and thus even larger projects can be supplied with sufficient current.
The supply runs centrally via the motor ino, which provides a connection for voltage, earth and the control line separately for each motor.
The current is additionally buffered by the built-in capacitor, this reduces the breaking-in of the voltage in case of short-term overload, which could otherwise lead to jerking, in addition one has the possibility of connecting another capacitor.
The control and programming of the motors can still be operated comfortably via the Arduino as usual.
Instructions and code examples allow even beginners to achieve results quickly.
04053199574902, Joy-it, CR-1774898, "Grab it" Robotarm + Motor control, Arduino, programming
