3D Model Robot Version 3

my mechanical design version 3 of Track wheel robot in the Innovation Center. This is the upgrade of the version 2 of the robot and which was my first design and realization of real robot at King Saud University

3D Model Semi-Autonomous Robot

Design a semi-autonomous robot with mechanical considerations. Incorporating PID control, computer vision, and at least one microcontroller board created by the team. In Also, a Computer GUI programmed

3D Model rocker-bogie-robot

This is a 3d design of robot which is designed for college project. 3d model is made in creo.

Contest Family Butler Robot

I am looking for an industrial design of a family butler robot with manufacturing specification. I would like 2 models. One with a touch screen as the face, another without - use tiger’s face and add lighting

Contest Hotel Butler Robot

I am looking for an industrial design of a hotel butler robot with manufacturing specification. I would like an interchangeable face module - 1 with the mascot as the face, another with a screen as the

3D Model Robot Control Circuit

competition, our team built a robot that could follow a line, lift weights with a robotic arm, and move using motor control. I was responsible for the control circuit design. I created the schematic with

3D Model Walking Crane Robot

Walking Crane Robot. It was developed able to walk on both flat surfaces and ladder steps thanks to its cool feet design. I remember waking in the middle of the nigh with an exact idea how to achieve it

Contest Robot Lawn Mower

looking for the industrial design of a robot lawn mower. I would like a product that looks distinctive. There are two main components, a robot and a base station. I imagine the robot to be around 12" x 12"

3D Model Mobile Robot Manipulator

a user-friendly control application using MIT App Inventor, empowering users to interact with the robot effortlessly. The heart of the project lies in the Arduino code, where I intricately converted the

3D Model Bipedal Robot Kit Design

I designed and developed a fully 3D-printable Otto bipedal robot kit for educational and research purposes. The goal was to create a cost-effective, easy-to-assemble platform to teach robotics, electronics