robot line drawing 3d models

This Humanoid Robot is Engineered with Precision, utilizing the Versatile Arduino IDE Software, allowing it to Track a Black Line with Unwavering Accuracy.

The 7AMADA robot, my simplest line-tracking creation to date, boasts an impressive 145.5 EP and excels in accurately following a black line on the ground due to its precise tracking capabilities.

Celebrate by transforming your ALLBOT robot into a creative machine that can draw vibrant designs on eggs! To get started, you'll need a 3D printer to bring the necessary parts to life. With it, you can download and print custom plastic components...

Line following robots are one of the most simplistic types of robots that performs a simple task: tracking a black or a white line on a white, respectively on a black surface. In a competition of this type, the added challenge is that the robots have...

Line following robots are one of the most simplistic types of robots that performs a simple task: tracking a black or a white line on a white, respectively on a black surface. In a competition of this type, the added challenge is that the robots have...

I suggest you leave them off and add later if you want them) SOFTWARE Inkscape which is the graphics design software (draw or import graphics) Inkscape MI GRBL Extension (convert graphics to G-Code) Universal G Code Sender (sends the G-Code to the...

This robot is designed to follow a specific path marked by a line, making it an ideal choice for various applications such as toys and educational tools. The device uses sensors to detect the line, enabling it to move along the designated route with...

Finished your Arduino Starter kit and wondering where to go next? Build a line following robot using an Arduino. This design includes enough parts that you should be able to reprogram it as a maze-solving robot with no extra parts. Can't make the...

The Zarplotter is a four motor drawing robot originally created (to our knowledge) By Randy Szarzynski et al in California. They sell a fully finished machine which you can purchase at https://www.zarplotter.com/. I designed a similar machine to test...

A line-following robot is an ingenious invention that utilizes sensors to detect and follow a designated path, typically marked by a dark line on a lighter background. It uses these sensors to determine the position of the line and then adjusts its...

This line follower robot is designed for use with Pololu components, including Micro Metal Gearmotors, QTR-8RC/8A Reflectance Sensor Array, and Pololu Ball Caster with 3/8" Metal Ball. The 3D printing files include Follower_Motor_support.STL,...

This is a robot chassis designed to build a line follower robot using yellow gear motors and an Arduino with a motor shield. #### Parts Required: * 2x Yellow TT Motor + Wheel Kits * 1x Arduino Uno or Clone * 1x Motor Shield for Uno * 3x Line Sensors...

The line follower robot is a machine designed to move along a predetermined path and maintain contact with it. Equipped with sensors and advanced navigation systems, this device can expertly track its route and adjust as needed to stay on course. ...Its...

To get started, please visit this link: https://www.instructables.com/id/Line-Follower-Arduino-Robot-With-Object-Avoid/. You can find a comprehensive guide to building this project by following the steps outlined on instructables.com. Additionally,...

My first robot follows lines made in 3D, it uses an Arduino Nano, two N20 motors, a L9110 driver, and two CNY70s to feed the motors. To power them, I used a DC-DC converter to boost up to 6v. ...The whole set runs on a Li-Po battery of 3.7v 1000mA.

This part is a line follower robot base. The four holes on each side of the base - two left and two right - are designed to accommodate Electric motors from Polulu. ...A rectangular hole in the front is reserved for QTR 8RC sensor wires, while the large...

I designed a line follower robot that excelled in a previous competition using this exact same setup. The manufacturing process involved both laser cutting and 3D printing techniques. I chose to use plywood for the physical structure and PLA for the...

Here is a rewritten version of the input text: I designed a humanoid robot that can follow a mobile phone line using an Arduino Nano, QTR-8A sensors, high-torque motors, and an L298N motor driver powered by a 2S LiPo battery.

This part forms a line follower robot chassis. The four holes on each side, left and right, are designed specifically for Polulu electric motors. ...A rectangular hole in the front allows QTR-8RC sensor wires to pass through, while a larger rectangular...

This part is a line follower robot chasis The 4 holes in each side, (Left and Right) of chasis is for Electric motor 'Polulu'. The rectangle hole in the front is for QTR 8RC SENSOR WIRES, the big rectangle area in the front is to put the ball...

Build a line following robot using an Arduino. This design includes enough parts that you should be able to reprogram it as a maze-solving robot with no extra parts. Can't make the parts yourself? I'm here to help. This thing includes all the DXF...

Line Follower + Gripper

This is a simple robot that follows a black line using two infrared sensors. I made the code easy to follow, but if you have any questions, please let me know in the comments. This project is great for beginners in robotics. Code:...

protype robot carESP32ESP32 camacrilic car structurecontrol by python modbus comunication

Arduino uno for motherboard Materials include 3D drawings, checklists, hex firmware, etc. files include installation video links. Explanation: This machine is designed by big fish. I did it according to his tutorial. I've made one. It's not...

Your computer may not have this package or it may have one that is older or newer than the one this robot was tested with. **Section 5: Stepper Motor Driver Variations** 1. There are various stepper motor drivers that are slightly different. In...

Featuring three motorized movements, this robot is fundamentally designed for diverse functions.

Robot in form of UNO-shield. ...The model was made for Amperka LLC.

Robot in form of UNO-shield. ...The model was made for Amperka LLC.

In my third-semester robotic competition, I created a compact model featuring a robot that skillfully detects a box within its arena, grasps it, and subsequently launches it via an integrated cannon.