Posts tagged "community projects" (Page 5)

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Robotic Car - A Simple Way to Build a Model

Posted by Jon on 15 August 2013

In this video, Brian Douglas uses our MinIMU-9 and Zumo Robot to show how to build a control system model for a robotic car without first knowing all of the different internal workings of the car.

Brian hosts a YouTube channel where he uploads various control system videos that are intended to supplement first year classroom instruction. You might also be interested in some of his other videos: This video demonstrates closed loop control of a robotic car, and the videos in this playlist explain how to use a gyro with MATLAB/Simulink and Arduino.

Lunokhod

Posted by Paul on 8 July 2013
Lunokhod

Lunokhod, which means “Moon Walker” in Russian, was built for a space museum in Prague and is a miniature version of the first remote-controlled moon rover. It is uses 8 of our 298:1 Micro Metal Gearmotors and an Arduino Nano and can be remotely controlled by museum visitors.

Simple 18-servo hexapod

Posted by Paul on 8 July 2013
Simple 18-servo hexapod

This instructable shows how to make a simple 18-servo hexapod robot that uses either just an Arduino or an Arduino and a Maestro to control its servos.

Underwater Vehicle for MATE ROV Competition

Posted by Ryan on 27 June 2013
Underwater Vehicle for MATE ROV Competition

The AMNO & CO ROV team uses our Simple Motor Controllers in their remotely operated underwater vehicle. The team placed 13th at the 12th Annual MATE International ROV Competition (and 2nd in regionals)!

Flight Testing of a Surrogate UAV at the National Test Pilot School

Posted by Paul on 17 June 2013
Flight Testing of a Surrogate UAV at the National Test Pilot School

This “optionally piloted aircraft” is a Cessna 150 that customer Ryan Olson fitted with an autopilot and remote control system using the Pololu jrk 12v12. It is used for UAV training and development at the National Test Pilot School in Mojave, CA. Ryan’s AUVSI 2012 abstract is available online, and you can see some pictures of the internals below.

Labeled diagram of the inside of Ryan Olson’s optionally piloted Cessna 150.

Jrk 12v12 enclosure used in Ryan Olson’s optionally piloted Cessna 150.

RK-1 robot

Posted by Paul on 14 June 2013
RK-1 robot

This successful kickstarter project is a wifi-enabled robot that is controlled through an iOS or Android app. It uses an Arduino, Pololu track set, and micro metal gearmotors.

Bluetooth interface for a chronograph

Posted by Paul on 12 June 2013
Bluetooth interface for a chronograph

This Bluetooth interface to the serial output of a chronograph uses Pololu’s NCP1402 voltage regulator.

Digital Capabilities: a digital garden

Posted by Paul on 6 June 2013
Digital Capabilities: a digital garden

This digital garden by the University of Lincoln uses a Raspberry Pi, 20 jrks, and linear actuators to move panels, revealing the plants behind them, in response to tweets. More information is available on the project’s website. The project was awarded a gold medal at London’s Chelsea Flower Show.

Freedom track robot

Posted by Paul on 31 May 2013
Freedom track robot

This robot uses the Track Link and Pin, Injection-Molded Sprocket Set, Tamiya 70097 Gearbox Kit, QTR-8RC Reflectance Sensor Array, and VNH5019 Motor Driver Shield.

Missing by The xx – Spatializing Sound with Sonos

Posted by Ryan on 28 May 2013
Missing by The xx – Spatializing Sound with Sonos

“Missing” features fifty robotic speakers that rotate to face the listeners. Each speaker uses an A4988 Stepper Motor Driver Carrier.