RC Car Taunts Man’s Best Friend

[Arkos] gutted an RC car from his childhood and made it into a dog-taunting remote platform. An Arduino replaces the original circuitry with a Bluetooth module for connectivity. He uses an Xbox 360 controller and has added a small speaker to act as a siren. But for our money it’s the camera that makes this hack. It streams video back to a laptop and because it’s mounted on a couple of servos the left stick controls where the lens is looking. The next evolution should replace the Arduino for a standalone microcontroller but what he’s come up with as a first prototype is delightful. See Fido run in terror after the break.

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BAMF2010: Spy TRAKR – No Lasers, $14,861 Cheaper

Maybe $15K for an elaborate balancing telepresence robot is a bit out of one’s league. In that case, another Bay Area Maker Faire exhibitor — Wild Planet — has you covered. Faire attendees got a hands-on sneak preview of the upcoming Spy Video TRAKR, a video-transmitting radio-controlled toy that’s programmable and extensively hackable.

The TRAKR has an impressive pedigree. It’s a collaborative effort between three successful and creative technology companies: Wild Planet, makers of the Spy Gear toy line; MOTO Development Group, designers of the Flip Video camera; and Making Things, software designers for the Make Controller.

So just how hackable are we talking? The Spy Video TRAKR is intended right out of the box to use downloadable apps, and allows development of new programs in C. The controller and vehicle each contain their own ARM9 processor, and the ’bot features 8 megs of RAM, an SD card slot and USB client and host (yes, host) ports. And that’s all with the cover still on. Pop the lid, and you’ll find links to online schematics and neatly-labeled breakout headers for deeper exploration.

The Spy Video TRAKR is expected to ship in October with a target price of $139 or less. Additional photos after the break.

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More Glove-based Interfaces

You may remember seeing the golf glove air guitar hack last month. Here’s two more uses for gloves with sensors on them.

On the left is a glove interface with flex sensors on each digit as well as an accelerometer. The VEX module reads the sensors to detect sign language as a command set. A shake of the hand is picked up by an accelerometer to delineate between different command sets. See it controlling a little robot after the break. This comes from [Amnon Demri] who was also involved in the EMG prosthesis.

Straight out of Cornell we have the SudoGlove, seen on the right. [Jeremy Blum] and his fellow engineering students bring together a mess of different sensors, sourcing an Arduino and a XBee module to control a small RC car with added lights and a siren. There’s embedded video after the break. You may want to jump past the music video for the description that starts at about 3:52.

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TOBY: Reel Mower Bot evolved

[Grayson Sigler] rolled out a new version of his robotic mower which he calls TOBY. The previous design added motors to a reel mower but he had trouble with traction. The new design is more of a utility robot platform that is used to tow the reel motor behind it. With better wheels, a much more stable base, and plenty of power this is a significant improvement.

His parts order came since we last checked in and he now has RC fully implemented. Check out the video after the break.

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Wyvern quadcopter

[William Etter] and his classmates built a quadcopter as a class project. We love the details of these builds and they came through with some thorough documentation. Some highlights that we enjoyed were reading about ABS body design and construction, their analysis of two versus three blade propellers, and their breadboarded control mechanism. You can see their success in the most recent post, but we all know that trial and error plays a role in these builds so we’re glad they’ve shared a collection of crashes with us.

Can’t get enough of this four-rotor action? Check out this project of a similar design.

Remote Control Reel Mower

Challenged by hot days and steep turf [Grayson Sigler] modified his reel mower to use electric motors. The end product will be radio controlled but he lacked the necessary parts to make it wireless right now. Not to be deterred, he used a wired controller for prototyping and testing that should be easily replaced once the parts arrive. Sadly, the grade of his yard causes the small wheels to slip so he tried inserting screws into the tread for added traction. The small mower lacks the weight and footprint that the Lawnbot400 enjoys. That being said, solar charging is one of the future goals so this build, which he named RoMOW, wins out on the green scale. We’ve included the prototype video after the break that shows the blades spinning away.

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Forget The Rovio, Drive A Taxi With Your Mind.

While browsing through flicker this morning, we spotted this interesting image. Two radio controlled cars hooked to Arduinos. What was going on? What is [knolleary] doing with them? We couldn’t find any information so we clicked through to his personal site. What we found was a quite interesting story about how he set up a race between two taxi cabs being controlled by the Emotiv headsets for the BBC. Yeah, forget driving a Rovio around with your mind. We’re still a bit curious about the two bumper cars in the picture. We can see that his tests were done on a blue radio controlled mini, so what are the bumper cars for? Did any of you catch this on the air? How well did the taxis drive? Was he using the facial expressions or the concentration?