The DFRobotShop Rover V2 – Arduino Compatible Tracked Robot (Basic Kit) is a versatile mobile robot tank based on the popular microcontroller. The Rover uses the popular Tamiya twin motor gearbox and the Tamiya track and wheel set. The DFRobotShop Rover PCB incorporates a standard Arduino Uno (surface mount ATMega328), L293B motor driver (connected to pins 5 to 8), voltage regulator and prototyping area while contributing to the mechanical structural of the robot. The onboard voltage regulator allows the entire board to be powered using as little as 3.7V to ~9V*.
Important Note: If you are using the 4xAA battery pack, please remove the LiPo jumper located at the left rear of the board.
The board does NOT include .
In order to make assembly as easy as possible, solderless quick connect terminals have been included to give customers the option of crimping the wires to the motors (soldering is still preferable). The DFRobotShop Rover is compatible with a variety of shields when used at the same time as the motor driver, and is compatible with all shiels when not using the motor driver. Additional features include 2x encoder connectors connected to A0 and A1 for use with the LEDs (jumper selectable) placed around the board. "DFRobotShop" = "DFRobot" + "RobotShop" (a.k.a. "DFRover"). , pinout for DFRobot Bluetooth and DFRobot APC220 RF modules as well as 6x cool blue
*Note that the included with the kit operates at 4.5V nominal. For 6V motors purchase 2x RB-Pol-202.
• Arduino compatible and shield stackable
• Based on ATMEGA328 surface mount chip (Uno design) and L298P H Bridge
• Incorporates dual H-bridge for bi-directional motor control (digital pins 5, 6, 7 and 8)
• Voltage regulator included (connected to battery input and 3.5mm barrel connector)
• Two XBee slots with breakout pins (switch selects which is connected to Tx/Rx) - headers sold separately
• Solder prototyping area
• Easy connection to DFRobot Bluetooth and APC220 wireless modules
• “Universal connection point” at the front of the robot (see user guide for compatibility)
• 6x Blue LEDs around the board for effect (selectable via jumper LED_SEL)
• In-system programming via ICSP
• 4x LEDs to indicate motor direction