In
this episode we were using Ultraflight upgrade gears and pinion gears,
Stealth Drone Technologies upgrade bearings, high-speed bearing oil, and
removed the branding from the outdoor hull. To control the drone we
were using a 60beat and 60clip via an iPod Touch 5th gen, with the app
Drone Control US. These are all the same parts we used last week, so the
CF shafts would be the control group in our experiment.
Subscribe
to our channel! It's free and allows for special discounts in our store
- currently all light kits are $5 off for subscribers; Ultraflight
gears, SDT bearings, 60beat gamepads, and upgrade blue tool kits are all
$2 off. Just leave a note on the order saying you're a subscriber and
you'll be refunded via PayPal when it ships (within 24 hours).
Nate strikes once again with his MSP430 skills. In the below video he
shows the MSP430 microcontroller controlling the Parrot AR Drone
Quadcopter. The MSP430 sends drone commands to the PC via a FTDI chip. A
simple c++ application receives these commands and relays it to the
quad via UDP commands.In this episode we were using Ultraflight upgrade gears and pinion gears, Stealth Drone Technologies upgrade bearings, high-speed bearing oil, and removed the branding from the outdoor hull. To control the drone we were using a 60beat and 60clip via an iPod Touch 5th gen, with the app Drone Control US. These are all the same parts we used last week, so the CF shafts would be the control group in our experiment.
Subscribe to our channel! It's free and allows for special discounts in our store - currently all light kits are $5 off for subscribers; Ultraflight gears, SDT bearings, 60beat gamepads, and upgrade blue tool kits are all $2 off. Just leave a note on the order saying you're a subscriber and you'll be refunded via PayPal when it ships (within 24 hours).
FOR MORE INFO- http://www.43oh.com/2012/03/msp430-parrot-ar-drone-quadcopter-control/

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