This is a 0.96 inch OLED display module. The display module can be interfaced with any microcontroller using SPI/IIC protocols. The package includes d..
PSoC 4 an ARM based PSoCPSoC 5LP programmer and debuggerPower supply systemBluetooth interfaceArduino compatible headersDigilent Pmod compatible heade..
Specifications:Input any USB Port Like: Computer/ Laptop/ Color TV/ Car/ Aeroplane/ Audio/ VideoCharging Time: 4 Hours (approx) on 5V-1AmpMicro USB In..
The Radxa ROCK 4C+ is a Single Board Computer (SBC) in a credit card sized form factor
packed with a wide range of class‑leading functionality, featu..
The Raspberry Pi 4 Model B is the latest addition to the popular Raspberry Pi range of computers, offers a significant increase in processor speed, ri..
STM32F0DISCOVERY helps to discover the STM32F0 Cortex-M0 features and to develop applications easily. It includes everything required for beginners an..
Description:
This Photovore Robot is a capable little robot that is powered entirely by solar energy, has light-sensing directional optics (eyes), and a pair of obstacle avoidance sensors. The pair of infrared detectors on the robot give it a very directed phototropic or light-seeking b..
Quick Overview
2WD-Robotic-Platform is the best option for development of any autonomous robot. The assemble includes Acrylic chassis,Motor holding C plates,2 Dc geared motors,and slotted motor shaft wheels with rubber ring.
Details
This platform is perfect for making small Bots..
Product OverviewIn essence this project clubs in image processing and driving a robot autonomously with what visuals have been caught as has been in the case of Machine Vision projects. This project will be using a Raspberry Pi processor board for computational purpose and driving of the robot. The ..
Description:
Voice controlled All Terrain Robot consists of a sprocket chained wheel robot which controls the wheels of the robot depending on commands provided via an android application which takes in voice inputs. This robot performs all sorts of robotic movements like forward,backward,l..
Description:
Voice Controlled Dumpster Robot based on bluetooth and interfaced into Arduino takes in voice command inputs for controlling movement of robot like forward,backward,left,right,grab loads and to release loads. Voice commands are provided by the user through an android application whic..
Description:
Voice Controlled Omni-Directional Robot consists of a robot designed with four meccanum wheels all arranged at right angles to each other. This helps in movement of the robot in any possible direction (other than forward,backward ,left and right movements, it also enables diagonal mo..
Description:
Voice Controlled Pick and Place Robot consists of a sprocket wheeled robot fitted with a gripper module. This robot can pick things using gripper module from one place, perform all sorts of robotic movements and place the commodities picked to another place.Voice Controlled Pick &..
Description:
A voice controlled robot using Arduino, Bluetooth and Android Phone.The robot motion can be controlled by giving voice instructions through the android phone.
Kit Contents:
DIY Kit
Assembled and Tested PCB
PCB With Circuit
D..
Description:
This is a perfect first Robot for those who want to enter in the field of Robotics. It helps the user understand the concepts of Basic Electronics and line following without using a microcontroller.
Features:
Autonomous Robot DIY kit using basic electronic circuit..
Description:
Accelerometer based ZigBee controlled All Terrain robot controls the movements of the wheels of the robot using an accelerometer provided as input to Arduino. Depending on accelerometer inputs to the microcontroller and the commands are transmitter via the ZigBee module at transmitte..
Description:
ZigBee Based Omni-Directional Robot consists of a robot designed with four meccanum wheels all arranged at right angles to each other. This helps in movement of the robot in any possible direction (other than forward,backward ,left and right movements, it also enables diagonal moveme..
Description:
ZigBee controlled robot using Arduino UNO is used to control the movements of robot using a switch pad array interfaced to the ZigBee transmitter module. This ZigBee module is then interfaced into an Arduino UNO. These inputs are transmiited which is received by the ZigBee receiver i..