1. ROBOLAB 2.9.4c patch

    ROBOLAB 2.9.4c patch

    This patch for ROBOLAB 2.9 fixes a few major issues with both the RCX and the NXT and adds some new features, including support for many 3rd party sensors. Use the extended help area to see example programs. To install this patch, you must already have ROBOLAB 2.9 or higher...

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  2. 9797 NXT basic car instructions

    9797 NXT basic car instructions

    This is a very basic NXT vehicle. It is made exclusively of pieces from the 9797 NXT Education kit. This car was designed to be built very quickly so that it could be used in workshop settings or one-time events.  This car was created to maximize the time spent learning...

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  3. Rotation sensor challenge

    Rotation sensor challenge

    Rotation sensors are very important in the field of engineering because they track and measure the motion of rotating objects. The NXT motors and EV3 large motors have built- in rotation sensors that are accurate enough for most purposes, but what if you need something even more accurate? How can...

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  4. LabVIEW examples: Advanced

    LabVIEW examples: Advanced

    These examples demonstrate some advanced features in LabVIEW. Using a Sub VI This example shows a possible implementation of a sub VI.  Sub VI’s are essentially consolidations of other code into one icon. Multiple NXTs This example demonstrates how to use multiple NXTs. After specifying which NXTs to use, the...

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  5. How can we build a sturdy wall?

    How can we build a sturdy wall?

    Students will investigate the properties of sturdy structures by constructing a LEGO wall. The wall must be about 6 bricks high and withstand the “Flick Test”. The Flick Test involves flicking the top of the wall to see if it fails or tips over. Lesson features: Predicting structurally sound building...

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