A set with a balancing robot from Terasic, a multifunctional robot designed and manufactured by Terasic Robtic Exeperts. Built on the basis of the DE10-Nano Terasica plate, a light SoC platform, ideal for embedded solutions, equipped with the most modern control algorithm. The robot can recognize the attitude in real time using an acceleration and gyroscope sensor, as well as achieve balance by controlling the motors to adjust the position. You can implement the posture algorithm, perform a control movement and perform movements autonomously, such as moving forward, turning right and left, tracking the object and avoiding obstacles. The robot is equipped with a Bluetooth / WiFi module and an infrared receiver, so it can be controlled remotely.
DE10-Nano Board
Engine Driver Board
Manufacturer BTC Korporacja sp. z o. o. Lwowska 5 05-120 Legionowo Poland sprzedaz@kamami.pl 22 767 36 20
Responsible person BTC Korporacja sp. z o. o. Lwowska 5 05-120 Legionowo Poland sprzedaz@kamami.pl 22 767 36 20
Terasic Spider is a six-legged robot rolling with 18 servos controlled by the Altera DE0-Nano-SoC board connecting the FPGA chip and the ARM Cortex-A9 processor. The set contains a complex robot and numerous accessories. P0425
A set for building a balancing robot. It has a board with an ATmega 32u4 microcontroller, engine controllers, modules with quadrature encoders and an IMU system (gyroscope, accelerometer, magnetometer). Pololu 3575
The Insect Bot mini is an easy to assemble robot for young engineers from 6 to 100, ideal for DIY projects, wearable projects and etc. Its body is made up of two 9-gram servos powered by a rechargable 3.7V LiPo battery. Its eyes are an infrared sensor to detect obstacles. DFRobot KIT0051
With a celebrated reputation as an affordable, simple and fun-to-play DIY robot kit, the Insectbot breed has now evoled to its second generation: the Insectbot Hexa. KIT0090
The A-Cute Car is an FPGA-based three-wheeled robotic car kit. This car can provide higher operation performance than the MCU based robotic car, because the FPGA provides more powerful computing power than the MCU. P0467
No product available!
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No product available!
A set for building a balancing robot. It has a board with an ATmega 32u4 microcontroller, engine controllers, modules with quadrature encoders and an IMU system (gyroscope, accelerometer, magnetometer). Pololu 3575
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Bionic hand controlled by servos. It is made of acrylic material, allows you to control each finger separately. DFRobot ROB0142
No product available!
Bionic hand controlled by servos. It is made of acrylic material, allows you to control each finger separately. DFRobot ROB0143
No product available!
Replacement sprockets set for the Zumo robot in white. The kit includes two drive sprockets and two idle sprockets. The gears fit both Zumo V1.2 and Zumo 32U4 robots. Pololu 3129
No product available!
A self-assembly kit that allows you to build a work that follows the line (Linefollower). A set of all electronic and mechanical components needed for construction. A soldering iron will be needed for assembly. D2-5
No product available!
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No product available!
Robot chassis kit with support ball for Balboa 32U4 robot. The kit does not include motors, wheels and electronic components. Pololu 3573
No product available!
Empower your Romi robot to manipulate its surroundings with this robotic arm accessory kit! The kit contains everything you need to build the arm, including a micro gripper and three servos—one for controlling the height of the arm, one for controlling the tilt of the gripper, and one for actuating the gripper paddles themselves.
No product available!
A small size gripper driven by a servomotor with a movement range of 32 mm. It contains a special micro servo with an additional wire that gives access to its feedback, so you can track the actual position of the gripper blades. Polol 3551
No product available!
Kit for building a simple educational robot Maqueen micro:bit chassis with engines, distance sensor, battery basket and necessary assembly elements. DFRobot ROB0148
The robot can recognize the attitude in real time using an acceleration and gyroscope sensor, as well as achieve balance by controlling the motors to adjust the position. Terasic P0582