Update on the lawn mower, I have most of the basic design and components done. I have designed the main chassis, blade mechanism (just string trimmer), and drivetrain. It is basically just a wide string trimmer/weedwhacker that goes 3 times as fast as a normal lawn mower in order to compensate for lower cutting area. I am using traxxas Titan 21T standard size 550 motors for the two back wheels, a 3660 motor for the blade (I don't really care how fast the blade spins as long as it cuts, so I'm not gearing it down.) I'm currently finding a battery. I can worry about that later. I have designed it to be a speedy tricycle, so the back two wheels are powered and the central front wheel turns it. I have not designed the front wheel yet. It has sliders with spacers to adjust for height. Comment if you have any suggestions. #Diy #lawn mower #Robotics #Robot #Cool Model #Comingsoon #Current Projects #Newmodel

Build This Arduino Robotic Arm with Face Recognition at Home ! What if a robot could recognize your face and hand you a pen — without any buttons, apps, or commands? In this video I'll show you how I built this robotic arm from scratch at home: 3D-printed parts, Feetech serial servo motors, face detection with a USB camera, and the brand new Arduino UNO Q — a board with a dual MCU/MPU architecture that runs Linux directly on-board, making projects like this actually possible. The head displays expressive animations via a Modulino LED Matrix: blinking eyes, hearts on delivery, error codes when something goes wrong. Everything to build it yourself is free and open source — 3D models, Arduino sketch, Python app, wiring diagram, and full bill of materials. 📁 GitHub Repository: https://github.com/LucaDiLorenzo98/robotic_arm_arduino_uno_q #Robotics #robotic arm #Diy #Sharing Makes(Edited)

A simple model to supply 12v power to your #Robotics projects. Fits the Harbor Freight Warrior 12V Battery!