Robot-Electronics-3-Way-JST-to-JST-Cable-30cm-2mm-Pitch-Robot-Electronics-Cable-3-way-JST-p-This-cable-assembly-is-suitable-for-use-with-the-RD02-12V-robot-drive-system-and-the-Sharp-infrared-sensors-p-Robot-Electronics-Cable-3-Way-JST-Cable-30cm-2mm-Pitch
Robot-Electronics-CMPS12-Tilt-Compensated-Compass-Robot-Electronics-CMPS12-The-CMPS12-is-a-4th-generation-tilt-compensated-compass-that-uses-a-3-axis-magnetometer-a-3-axis-gyro-and-a-3-axis-accelerometer-giving-accurate-high-resolution-outputs-The-heart-of-the-compass-is-the-b-Bosch-BNO055-b-that-runs-algorithms-that-remove-the-errors-caused-by-tilting-of-the-PCB-Robot-Electronics-CMPS12-Tilt-Compensated-Compass
Robot-Electronics-EMG30-Motor-with-Gearbox-and-Integrated-Encoder-Robot-Electronics-EMG30-p-The-EMG30-is-a-12V-motor-and-30-1-reduction-gearbox-in-a-single-unit-giving-a-1-5-to-200rpm-output-speed-It-also-has-a-built-in-hall-effect-motor-encoder-which-gives-precise-control-p-Robot-Electronics-EMG30-12V-Motor-with-Encoder-and-30-1-Reduction-Gear-Box
Robot-Electronics-EMG30-Aluminium-Mounting-Bracket-Robot-Electronics-EMG30Bracket-p-Aluminium-mounting-bracket-designed-for-the-EMG30-motor-p-Robot-Electronics-EMG30Bracket-Aluminium-Mounting-Bracket-for-EMG30-Motors
Robot Electronics Sharp Infrared Distance Sensors - Robot Electronics GP2YOA41SK0F, This 4 to 30cm infrared distance sensor is ideal for use in robotics projects because of its ease of use. The sensor gives an analogue output which has a 2V variation...
Robot-Electronics-100mm-Diameter-Robot-Wheel-Robot-Electronics-WHEEL100-p-This-100mm-diameter-wheel-is-fitted-with-a-5mm-hub-and-retaining-grub-screw-which-means-it-can-be-easily-fitted-to-a-motor-that-has-a-5mm-shaft-with-a-flat-p-Robot-Electronics-WHEEL100-Wheel-100mm-Diameter-5mm-Hub-Mounts-EMG30-Drive-Shaft
Robot Electronics Sharp Infrared Distance Sensors - Robot Electronics SHPGP2Y0A21YK0F, This 10 to 80cm infrared distance sensor is ideal for use in robotics projects because of its ease of use. The sensor gives an analogue output which has a 2V variation...