DFRobot Devastator Tank Treaded Tracked Robot Autonomous скачать в хорошем качестве

DFRobot Devastator Tank Treaded Tracked Robot Autonomous

Using a Raspberry Pi 3 and the Monk Makes RaspiRobot Motor Controller Hat we created a fairly simple autonomous robot using a Rangefinder mounted on the front. Still a work in progress! http://www.wemustbegeeks.com/dfrobot-... You may have seen a few pictures of Rex our bearded dragon on top of a Tank Treaded Robot in some of my other posts. In this post I will go though the initial assembly and build of the DFRobot Devastator Tank Treaded Tracked Robot (although I have a feeling this will be an ever evolving project!) DFRobot now has 2 Devastator kits available: one with plastic bodied motors and one with all metal higher torque motors. DFrobot Devastator with Plastic Motors is about $74 on Amazon DFrobot Devastator with Metal Motors is about $94 on Amazon You can also buy both kits directly from DFRobot here for cheaper but you’ll need to factor in shipping costs from China: https://www.dfrobot.com/index.php?rou... The metal gear motors are better suited to outdoor use and also increase the load capacity of this robot. As per DFRobot these are some of the improvements: Upgraded V1’s plastic motors to durable and robust metal gear motors Improved speed and torque Increased load capacity from 1.5kg to 3kg It will likely cost you more than $20 to upgrade the plastic motors to metal motors. (It cost over $30 just for the 2 Metal DC motors on DFRobot’s site. Maybe we can find them elsewhere.) The all metal motors weren’t available when I purchased my kit, so this build is based on the plastic bodied motors. Also, I believe DFRobot has made some minor changes to the new versions making them even easier to put together. Everything came well labeled and the instructions were fairly easy to follow(as in better than Ikea). Updated instructions are available online via PDF here: https://github.com/Arduinolibrary/DFR... I suggest you do a parts inventory and also read through the instruction thoroughly before you get started with your assembly. It took me one evening, maybe about 4 hours, to assemble the entire robot and get some basic working code running.