1. Survival of the fittest: NXT style

    Survival of the fittest: NXT style

    A group of Tufts University students stand around a squared-off area of linoleum cheering fervently. They scream things like “Go Moosie!” and “Your buzzard’s knocking my penguin!” The whole scene seemed somewhat out of place; after all, this was an engineering lab. It all makes sense when you...

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  2. Motor vs Move – Part II: Action

    Motor vs Move – Part II: Action

    In Part I of Motor vs. Move, we looked at how the Move block incorporates a control algorithm to help robots move more accurately. What else is different between the Motor and Move block in NXT-G? Motor The Motor block has an “Action” panel which includes a drop-down...

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  3. A simple TETRIX robot

    A simple TETRIX robot

    TETRIX is a robotics building system that was created by Pitsco. The system consists of aluminium elements for construction and powerful drive motors, controlled by an NXT brick. This article provides building instructions and programming examples for a simple TETRIX robot. Building instructions Begin by taking the two...

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  4. WeDo activities: The next level

    WeDo activities: The next level

    The LEGO Education WeDo kit provides a fascinating opportunity in simple robotics and programming for young students. The kit has 12 activities that introduce valuable science and engineering concepts like pulley setups and gear trains and ratios, and makes them approachable and interactive with sensors, motors, and software....

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  5. NXT car with NXT bluetooth remote

    NXT car with NXT bluetooth remote

    The NXT’s Bluetooth feature enables NXTs to send messages to each other wirelessly. What’s that good for? Well, lots of things – including making your own remote control car (where you make the car and the remote!). NOTE: This project requires two NXT bricks. Building The car has...

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