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_auto-balancer.jpg "This project is for controlling a balancing robot that I built with the Lego WeDo robot kit. Several photos are included as backgrounds. You can see photos and the control code here:nnhttps://scratch.mit.edu/projects/65365556/nnIt consists of a balance that rotates freely, with a movable weight on each arm. One can be pushed along by hand, the other is moved by the motor via a rubber band.nnOnce the green flag has been clicked, the robot will move its weight so that the arms balance. If you then")
⏲ 24 sec ✓ 19-Jun-2015
_trigonometry-forward-kinematics-example.jpg "Mr. Kruger's Mathematics")
⏲ 16 minutes 26 seconds 👁 49.1K
_robotic-arm-calculator.jpg "Ricarz0")
⏲ 1 minute 29 seconds 👁 214
_future-splitter-chapter-1-x-digit.jpg "Robot Arm/Finger, Gesture-Controlled Device, Calculator Pad, Control-Face, Cellphone/Hand Computer")
⏲ 1 min 64 sec ✓ 13-Jan-2022
_learn-engineering-calculating-motor-size-and-torque-using-math-to-save-time.jpg "Live Free")
⏲ 14 minutes 2 seconds 👁 6.9K
_forward-kinematics-of-robot-arm-in-matlab.jpg "Engineering Simplified")
⏲ 39 minutes 40 seconds 👁 7.5K
_future-splitter-chapter-1-cyber-digit.jpg "Robot Arm/Finger, Gesture-Controlled Device, Calculator Pad, Control-Face, Cellphone/Hand Computer")
⏲ 1 min 61 sec ✓ 13-Jan-2022
_robotslab-box-how-to-explain-arc-length-calculation-using-a-robotic-arm.jpg "RobotLAB Inc.")
⏲ 3 minutes 22 seconds 👁 321
_i-made-a-robot-arm-to-hold-my-camera-36500.jpg "3DprintedLife")
⏲ 11 minutes 55 seconds 👁 247.4K
_future-splitter-chapter-1-steam-digit.jpg "Robot Arm/Finger, Gesture-Controlled Device, Calculator Pad, Control-Face, Cellphone/Hand Computer")
⏲ 1 min 56 sec ✓ 13-Jan-2022
_robot-arm-wrists-are-too-heavy-until-now.jpg "RoTechnic")
⏲ 7 minutes 16 seconds 👁 79.9K
_how-to-stop-speeding-lego-cars.jpg "Brick Technology")
⏲ 11 minutes 24 seconds 👁 4.5M
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_auto-balancer.webp "This project is for controlling a balancing robot that I built with the Lego WeDo robot kit. Several photos are included as backgrounds. You can see photos and the control code here:nnhttps://scratch.mit.edu/projects/65365556/nnIt consists of a balance that rotates freely, with a movable weight on each arm. One can be pushed along by hand, the other is moved by the motor via a rubber band.nnOnce the green flag has been clicked, the robot will move its weight so that the arms balance. If you then")
_trigonometry-forward-kinematics-example.webp "Mr. Kruger's Mathematics")
_robotic-arm-calculator.webp "Ricarz0")
_future-splitter-chapter-1-x-digit.webp "Robot Arm/Finger, Gesture-Controlled Device, Calculator Pad, Control-Face, Cellphone/Hand Computer")
_learn-engineering-calculating-motor-size-and-torque-using-math-to-save-time.webp "Live Free")
_forward-kinematics-of-robot-arm-in-matlab.webp "Engineering Simplified")
_future-splitter-chapter-1-cyber-digit.webp "Robot Arm/Finger, Gesture-Controlled Device, Calculator Pad, Control-Face, Cellphone/Hand Computer")
_robotslab-box-how-to-explain-arc-length-calculation-using-a-robotic-arm.webp "RobotLAB Inc.")
_i-made-a-robot-arm-to-hold-my-camera-36500.webp "3DprintedLife")
_future-splitter-chapter-1-steam-digit.webp "Robot Arm/Finger, Gesture-Controlled Device, Calculator Pad, Control-Face, Cellphone/Hand Computer")
_robot-arm-wrists-are-too-heavy-until-now.webp "RoTechnic")
_how-to-stop-speeding-lego-cars.webp "Brick Technology")
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