Turtle - 2WD Mobile Robot Platform

Description

INTRODUCTION The 2WD Mobile Robot Platform for Arduino is a small, low-cost mobile platform for use with a standard Arduino microcontroller. The robot comes as a kit which includes two drive motors, wheels (and rear caster ball), frame, and all mounting hardware. The main structure and mechanical parts for a robot. This DFRobot mobile robot platform is widely used as self-developed control chasis for Arduino platforms and other control boards. This kit features the following: two differential drives, near zero turning radius, high-strength aluminum-alloy body material, motors, and a flexible rubber wheel makes it suitable for indoor flat road surface and flat-platform robot competitions. The top layer includes a standard servo socket and the three optional sensor holder. This three sensor holder fits with our adjustable IR range sensor. The servo can be used for a simple rotation platform, two degrees of freedom camera holder, or even a robotic arm. To make this lovely robot run, you will need a motor controller and microcontroller board. Our Romeo V2-All in one Controller is an ideal candidate for this, it includes an Arduino compatible platform directly programable via USB, a motor controller with an external power option, integrated optional buttons and sensor connection sockets like our famous expansion shields. This mobile robot platform is in Michael Margolis book " Make an Arduino-Controlled Robot ". SPECIFICATION 2WD mobile robot development platform for Arduino Low-cost Arduino compatible microcontroller mobile platform Two differential drive Caster ball included Complete chassis with mounting hardware Dimensions: 170mm （6.69 in) diameter base Weight: 445g Further motor specifications on the product page ( FIT0016 TT Geared Motor with Back Shaft ) OPTIONAL PARTS Gravity:TT Motor Encoders Kit (SEN0038) Romeo V2 (DFR0225) DOCUMENTS WIKI (2WD Mobile Platform for Arduino (SKU: ROB0005)) Assembly Manual SHIPPING LIST Rubber Wheel (FIT0003) x2 Micro DC Geared Motor (FIT0016) x2 Chassis x1 TUTORIAL How To DIY a Robot with Function of Gap Avoidance Robotics 2016-06-23 00:00:00 REVIEW