build your own kits would be the best best, that way the students can build whatever size or quality they can afford. I would go to hobby king's website and look around there for different frames and kits available.
https://bitbucket.org/librepilot/librepilot they are using C++ for code and I use both the cc3d and atom for my 450 and 250 sized quads. They have great software and the best thing is they are open source, so let the kids get there elbows deep into the software and have fun.
Folks, we have a run on tickets and they are fast going - if your in Toronto Canada on the 30th June and have any interest in 'skynet' (ps. or coming to ISTAS13 to meet Matthew Schroyer then perhaps it's time you grabbed a FREE ticket and joined the crush at Ryerson - more info here - http://uberveillance.com/uav-pros-cons
build your own kits would be the best best, that way the students can build whatever size or quality they can afford. I would go to hobby king's website and look around there for different frames and kits available.
ReplyDeletehttp://www.hobbyking.com/hobbyking/store/__1868__1407__Multi_Rotors_Drones_Parts-250_Class_Frames.html
http://www.amazon.com/HobbyFans-QAV250-Drones-Carbon-Propeller/dp/B01AL3HB34/ref=sr_1_10?ie=UTF8&qid=1456760263&sr=8-10&keywords=drones+frames+kits
this is a great starter kit, where you have to do some assembly but everything is programmed and ready to fly once setup.
https://bitbucket.org/librepilot/librepilot
ReplyDeletethey are using C++ for code and I use both the cc3d and atom for my 450 and 250 sized quads. They have great software and the best thing is they are open source, so let the kids get there elbows deep into the software and have fun.