Airborne Video With an R/C helicopter
PerryResearch writes "MacGyver would be jealous - here are the plans for a complete 2.4 ghz wireless video transmission system, mounted on a Mikado Logo 20 R/C helicopter, with realtime video overlay showing wireless signal strength, GPS coordinates, and support for videoglasses. Make sure you check out some of their in-flight videos."
For example, cross country bicycle racing. As a sport - it's fantastic to do it, but extremely boring to watch, because the camera cannot follow riders as it does in road racing. A heli-mounted camera is what this sport is waiting for.
Lets just hope it doesn't block that winning touchdown pass at the superbowl. Seriously though.. how about outdoor sporting events in rugged terrain. Or maybe to survey the damage at a post nuclear accident or some kind of toxic gas filled area. Then again you could allways fit it with a laser and paint targets for cruise missiles.
Deltron 3030 - Virus (music video)
Just imagine: build a helicopter with a camera and equip it with a 3G mobile phone.
:/
Then you can dial in to the helicopter and control it with another phone in your hand while seeing the video streamed live to your device. This could, of course, already work with GPRS or HSCSD, but with 3G its much more l33t.
And you do not want to receive a call from your mom, which would interrupt your current transmission
My cats ate my karma. They also wrote this comment.
Video eyeglasses?
Seeing this guy wearing his clunky "Video I-glasses" made me wonder why these never caught on.* Three or four years ago I tried on a pair of television eyeglasses, and was sure that within a few years, the technology would improve to the point where these things would become practical, ubiquitous and cheap replacements for computer monitors. So why the total lack of demand? * And no, I don't mean as fashion accessories. Smartass.No its not crap - have you ever flown one ? At least have the bottle to say it winout being an anonymous coward.
.30 rc helis for a while and they are very hard to fly - even with gyroscope stabilisation and computerised transmitters.
.30 copter has a lot of inertia in its rotor blades at full power and could cause some serious damage to someone.
The Piccolo is indoors only or else on a day with zero breeze.
The main posters comments are spot on - I used to fly
The best advice is don't buy one unless you are serious about learning to fly one - its expensive and you will bend it on numerous occasions, although everything is repairable.
Also, safety first - even a little
Having said all this, when you eventually manage to get it into a stable hover for as long as you want, its a real feeling of accomplishment.
Do you think it would be easier to fly if you had real-time video feedback from the helicopter's point of view? Maybe not as good as balance feedback from your inner ear, but to the uninitiated (me) it seems like the hard part of flying an R/C heli would be visually picking up the subtle changes in orientation and correcting through the controller.
This has been done for some time with RC planes. Examples are here
[kitesplus.com], here
[k8xg.com], and here
[zagicam.com].
At the 2003 Rochester Hamfest, some folks were demonstrating a lower-tech, longer-range, lower-cost concept. They were using the 220MHz band to control a blimp (which has a lower energy cost than a chopper, and is also less noisy), and the 440MHz band to send back NTSC video. This setup has been used in previous years, also.
Of course, it required a license, but the license is easy to get these days, and every geek should have one, because it also makes higher-powered 802.11 legal.
www.wavefront-av.com
You'd think that it would be possible to abstract the control scheme and build a controller that was more natural. That RC mission in Vice City sucked 'cause it was way to hard to grok the controls.
RC Copters are popular with Japanese farmers, they use them to spray pesticides on a small scale. Aum Shinrikyo used this idea, they bought 3 mini copters with the intention of spraying botulism toxin over Tokyo. But they crashed all 3 copters while learning how to fly them. End of plan.
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On a related note, here's a story from yesterday's Mainichi Daily News, "Farmer's radio-controlled chopper cuts off his leg"
http://mdn.mainichi.co.jp/news/archive/200307/3
I'm suprised no one else has mentioned this yet. If you are 'all-thumbs' and can't learn how to fly a R/C chopper, why not buy/build a system that flies itself based on GPS waypoints. This bad boy has been on my "When I Win Powerball" list for about 3 months now: http://www.nationalinfrared.com/x20/shop/pshow.php ?SKU=UAV-E2&id_category=17
3 Hour flight time... TI camera... Even has a target tracking mode! And it literally flies itself. The only shortcoming is that you lose the stationary flight capibility of a chopper. But really, all this does is preclude you from getting arrested for being a Peeping Tom.
Check out the movies, they do an impressive job of showing the capibilities of the system.
Yup...Someone strapped a Sony Clie to the bottom of an RC plain to film the "experience"! Check it out here
My mom always said, "Jim, you're 1 in a million." Given the current population, there are 7000 of me. God help us all!
Sorry, but that really isn't impressive at all compared to the Aerial Robotics Competition. They fly themselves!
http://www-2.cs.cmu.edu/afs/cs/project/chopper/www /heli_project.html
./ wannabe minut.ee have never mentioned it
Carnegie Mellon's autonomous helicopter model. AFAIC, flew with on-board laser mapping system. Of course, development time and budget are of another league, compared to my fellow countryman Risto here. Restecp for such achievements.
Funny that our local news outlets, including
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