Robots walking, hurrying along the line, vehicle fighting , and the shoulders of the robots, and many other complex structures.
High quality shoulders robots efektorami in the form of, in particular, laser and different types of holders.
The circular platform of the company Waveshare designed to control how to use Arduino and Raspberry Pi.
Design equipped with grippers resembling human hands.
The minisumo robot based on the Arduino platform.
Robot ślędzący line is constructed on the basis of a AVR Atmega328.
Universal platform, allowing you to build a robot based on Arduino.
Robots that are able to balance on two wheels.
Robots that mimic human movement.
The platform is an Autonomous robot with controller Core2-ROS.
Extremely easy to use, ready to use just after taking it out of the box, the robot arm with load capacity up to 0.5 kg. The device can be controlled, i.a. with USB or wirelessly via Bluetooth, for example, with a smartphone and applications. Through the simple mechanism of replacing tips, the robot can perform many functions.
Extremely easy to use robotic arm with a payload up to 1.5 kg. The device can be controlled with USB or wirelessly via Bluetooth with a smartphone app, etc. With the simple mechanism of replacing tips, the robot can perform many functions such as laser cutting or 3D printing.
Mechanical spider robot platform for self-assembly. The model resembles a real spider. It has 8 legs, simulating the behaviour of a live spider. The kit allows for two options of the robot assembly, so you can change the step length of the robot.
Universal platform for micro:bit with two wheels and ball support. It has two micro DC motors with the motor control unit, LED RGB and a set of sensors for line tracking, obstacle avoidance, distance measurement, etc. Thanks to the integrated Bluetooth module and Wi-Fi 2.4 G the robot can be controlled remotely.
Set for creating a 6-legged robot, each leg consists of 3 servos, all working together harmoniously, performing realistic movements. Communicates via Bluetooth and the application on the smartphone with iOS or Android. The robot can be programmed in the Arduino IDE or via the app. Powered by a rechargeable battery.
A kit for making a mini gripper with a maximum distance of 32 mm. Set also includes a micro servo that was specially modified with an extra wire, providing access to the feedback potentiometer, so you can track the actual position of the gripper's blades.
Universal platform with two wheels and a ball bearing. It has two micro DC motors that can be controlled using any microcontroller (including Arduino or Raspberry) with motor driver. It has a line sensor, module speed measurement, proximity IR sensor and a remote control.
Analog sensor that has capability of detecting the line. Detects light reflected from the surface and on its basis determines the color of the surface. The module has an analog output. Works in systems that supply 3.3 V and 5 V.
Arm of the robot for self-assembly, equipped with 6 servos. There is also a special controller Braccio in the form of cap over the Arduino and the necessary mounting elements. The device is powered with 5 volts, consumes a maximum current of 5 A.
Fighting, educational robot for self-assembly. The platform is compatible with Arduino, can be programmed via USB. This version is completely assembled with micro motors with 75:1 HP, line sensors, accelerometer, compass and gyroscope.
Universal platform with two wheels and a ball bearing. It has two micro DC motors that can be controlled using any microcontroller (including Arduino or Raspberry) with motor driver. It has sensors and control unit. Kit includes all AlphaBot Basic chassis parts + additional Accessory Shield and Bluetooth modules.
Fighting educational robot for self-assembly. The platform is compatible with Arduino, it can be programmed via USB. The kit includes: motherboard with ATmega32u4, chassis with tracks, sensors of lines, distance sensor, gyroscope, accelerometer and bumper as a plough.
Universal platform with two wheels and a support ball. It has two micro DC motors that can be controlled using any microcontroller (including Arduino or Raspberry) with driver of engines. It has a fingerprint sensor, speed measurement module, proximity sensor, and remote control. The kit also includes a camera for Raspberry Pi, power supply and memory...
Set for creating a robotic arm for the Pololu Romi chassis. The arm is equipped with 3 servos to adjust the height of the gripper, control over it and the gripper's blades. They are all specially modified, providing access to a feedback potentiometer that allows you to control all three compounds.