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This is in theory a balance bot, where the center servo controls a weighted arm to maintain the center of gravity of the robot over the outer two servo arms. My goals are to learn to create and tune a control loop with real hardware.
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Delta robot that draws 2 dimensional image using brush pen on paper. Potential science fair project for students. Original design of Sketchy by Richard Sewell.
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Modular system for assisting people with cerebral palsy. It has many different input devices: buttons, PS3 gamepad, facial and gaze tracking, computer GUI. It has 4 modules: movement using a powered wheelchair, feeding using a robotic arm, communication using a laptop and control using Arduino.
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This robot was designed for demonstration purposes. It uses IR detection techniques to play catch with people using a basket and a 4,200RPM pitching wheel. It also has a 36" 3 axis arm capable of manipulating objects up to 3lbs.
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Personal assistant rover initially functioning as a lawn mower tractor (as of March 2014). Weed-eater is next on the list as the second 'trailer unit'. Webcam vision has already been implemented and sonic range sensors as well as compass input are in the works. A yard cart will probably be next.
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This is my first robot that relies on calculations to position the servos vs. relying on pre-programmed sequences. I chose a quadruped to help keep the cost down. The body and leg pieces are from the Lynxmotion Phoenix robot which I always enjoyed drooling over.
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This is an open sourced 4DOF Quadruped based on Ryan Lowerr's likewise OS Mech project OKQ1. Originally started with a 3mm lasercut plexiglas frame, later upgraded to .5875mm Carbon Fiber frame. Weapons are being redesigned, runs a 5.8ghz wireless video system.
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The Lib' Bomber is the robot I as a highschool softmore built for this year's First Tech Challenge (FTC) World Championship in April, 2013. It was a robot designed to compete in the FTC challenge Ring It Up.
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Grinder is a multimimodal hexapod robot, capable of both walking and skating on its passive wheels. It is built with Dynamixel MX64T / MX28T and is capable of walking with several different gaits, including lost leg detection and compensation, plus skating on passive wheels when the legs are spread.
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MOSAIC is a collaborative project with the objective of designing and developing various MOBILE ROBOTS of industrial quality targeted to high-end markets (industrial markets and most especially luxury markets)
The MOSAIC project aims to design 5 wheeled autonomous robots for service
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This is my biped robot with system link! The robot is made entirely at home , without the use of CNC machines! Clearly inspired by games like armored core, mechwarrior, Hawken.
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In short this robot will wave if it sees a human face. It accomplished this by using a Raspberry Pi, OpenCV, Python and a webcam. When a face is detected the command to wave is sent to the Servator32 servo controller.
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Remote controlled robots are great, but it's not truly a robot if it's not autonomous. The tread driven OARC has two modes, autonomous and RC, with a home-made remote control to combine the best of both worlds.
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Raspberry Pi based Budget Bot for hobbyists that runs ROS. Can be run in headless mode or desktop mode with a HDMI monitor, USB keyboard and mouse for running through the ROS turtorials and examples.
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TinyArm is a 5-DOF stepper-actuated robotic arm, driven and controlled by a custom printed circuitboard with an atxmega16a4u microcontroller, which can receive waypoint commands via serial from any computer running a Python program. (More: http://yameb.blogspot.com/search/label/TinyArm )
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Using simple R/C components little R/C robots that I designed and built I put giant heads on them to make them more fun;
http://www.brainless.org/MultiMedia/Robotics/Video/20081223-MilkCartonSpaceBot.wmv
http://www.brainless.org/MultiMedia/Robotics/Video/20081224-MilkCartonRoboHead-1pa.wmv
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TEND Rover is a machine designed to support life. As it walks around with a garden on its back, searching for water and sunlight, it builds a symbiotic relationship with plant life as it monitors their needs and they give it something all robots need, purpose!
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Navi is an autonomous navigating robot used in the Inteligent Ground Vehicle competition in Rochester, MI every June. The goal is to build a robot that can navigate on it's own and this year we would like to compete with Navi in a new competition sponsored by NASA.
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Red is a exercise to return to robotics after many years. He will run free until he comes to a obstacle, He then will look to both sides with his sensor turret to find a clear path, He will then turn in the direction of the clear path and go on his marry way until the next obstacle.
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a robotic arm with 6 degres of freedom on an omnidirectional roving chassis. This is a competition project that will move in a space and manipulate objects and play games.
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A Telepresence based social robot. It is designed to wander around indoors and interact with the environment and the people in it. It is equipped with a Kinect sensor for vision and hearing and a monitor and speakers for interaction.
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Windows 7 remote desktop wifi controlled rover with HD webcam and robotic arm. User can control this rover remotely from any location from any distance at any time only limited to internet connection availability on both ends. Voice communication with amplified speaker and limitless usb product add-ons.
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I'm converting a 10-year-old RC car (a Nikko humvee truck) to a RoboMagellan competitor for 2013 RoboGames.
The main navigation is a pair of 1080p webcams set 40 degrees apart. Additional sensors and lost of computer power helps.
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A modified Bioloid Humanoid Type B , Roboard RB-110 running an optimized version of windows XP SP 2, Using Modified type B IK walking gait, Cnc Aluminum machined brackets. Custom Delrin tubbed feet.
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MyzharBot will be your personal robot. You will be able to speak to it and it will recognize you and it will reply to your vocal commands.
MyzharBot will be a full autonomous robot, but you will be able to control/monitor it by your smartphone/tablet (Android, iOS and Windows) via WiFi, bluetooth.
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A mini stacker crane communicating with an ABB IRB120 robot true serial communication to order different pallets to two loading/unloading positions. The crane is controlled by an Arduino Mega.
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A scale model of an automated robot cell that will sort incoming material by color and putting them in a storage. The user can order a material in a particular color by a web based user interface. When a material is order it will be handled by FIFO and put out on an out conveyer.
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VIMPHIN is an Open Source Haptic Interface that you can customize to fit your needs , The objective of this project is to lower the entry cost of haptic interfaces for the research, hobby and DIY community.
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My second balancing bot built with the help off Kas guide Balancing robot for dummies that i’m hosting on my server.The v2 is made in aluminium to be lighter but all the electronics are still connected with jumper wires and will be changed later on with some custom made PCB boards and better wiring.
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The robot can be programmed to work fully autonomously but is easily connected to an RC system too ... such as my RoboKeyboard/Sequencer.
Again ... I think the D.A.I.R. would make a great ROS project ... using the Willow Garage ROS for what ROS was designed for and would love to see some ROS teams developing for the D.A.I.R.
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I wanted to make a Tachikoma, the cute and deadly tank from Ghost in the Shell: Stand Alone Complex. With not enough time nor resources to make a 100% accurate one, I focused on giving it the exact same movement capabilities.
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Twitch is a 3 servo hexapod (for lack of better classification). Twitch is controlled via two Wixel boards and an Arbotix Commander. The mobility of Twitch far greater than any other approach to a 3-servo walker that I have seen, and makes for a cheap bot that I can let anyone try driving.
