Video CES 2014: A Powered, Remote Control Paper Airplane (Video) 28
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Shai Goitein started with a powered paper airplane, the PowerUp 1, which was pretty cool. But he didn't stop there. The PowerUp 3 is a powered paper airplane you control with your smartphone. He calls this "a mixture of origami and technology." He also says it's a great toy, class project or whatever for the younger set, since kids start making paper airplanes at the age of six or seven. Adults? Why not? This is obviously a suitable toy for anyone with a two-digit (or three-digit) age number. And PowerUp 3.0 is a Kickstarter-funded project, with (at this writing) $928,091 pledged -- against a $50,000 goal, with another 15 days of Kickstarter funding left to go. There's also a smartphone-controlled PowerUp paper boat kit. Unlike the PowerUp airplane kits, it's not sold out (at this writing). Yet.
Smart phones make poor remote controls (Score:2, Insightful)
If it's cheap enough, it might make a cool remote control unit and it'd be great if it has an affordable camera.
Re:Smart phones make poor remote controls (Score:4, Informative)
well, kickstarter says you can get one for $30 -- but if they hit $2m in pledges, they're incorporating a pinhole camera to the design.
Raising $1m (which looks like it'll likely happen) will enable "dogfight" mode where the first person to hit the fire button once two planes are close enough to each other will cause the other plane's engine to stall. They've already passed the multi-control (big plane with multiple engines, or multiple planes flying in tandem) and Android targets.
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I have a Sphero (remote control ball) that uses bluetooth and is meant to be controlled with a smartphone, but I paired it with my PC and use a program that allows me to control it with a wireless Xbox 360 controller. It is much easier to control with a 360 controller and a lot more fun to use.
as geek as it gets (Score:2)
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Re:Waiting for NSA (Score:4, Interesting)
The CIA has had a remote control dragon fly since the 70s. It was guided by laser and relayed audio and video by the same laser. The things friggen insane given the time period it was designed in.
http://www.engadget.com/2012/07/30/cia-dragonfly-drone-uavs-40-years/ [engadget.com]
Bluetooth (Score:5, Insightful)
How hard would it be to make a basic two or three channel RC controller that can handle bluetooth 4.0?
I'm a long time RC hobbyist and I lament the accelerating trend of using X hundred dollars worth of touchscreen + tilt sensors for the controller.
It's the difference between using a gamepad and a keyboard/mouse.
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Not hard, but the range would be pretty limited for RC.
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Not hard, but the range would be pretty limited for RC.
Well... the range is mostly limited by the tiny antenna in the cell phone.
You can take a bog standard bluetooth dongle and extend the range over half a mile by focusing its output with some form of waveguide.
With a bluetooth capable rc controller, you can do two things:
1. use a significantly larger antenna than anything you'll find in an iProduct
2. crank up the transmit power higher than any normal phone/computer based bluetooth transmitter.
It's the same reason the range on my 2.4ghz cordless phone doesn't
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what? (Score:1)
"This is obviously a suitable toy for anyone with a two-digit "
Stop underestimating children. My son was flying an RC helicopter at 8.
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If you were on the Kickstarter page, then you failed to read down far enough.
There is a risk with development of the Android app: It is unclear whether the Android app will perform at the same level as the iOS app. The Android API is still in its early stage and has not been fully tested for maturity and stability. With PowerUp 3.0, we are pushing the limits of Bluetooth Smart technology.
In comparison, our iOS code has been tested and perfected over the past 1.5 years as we have worked with Apple in finding and fixing problems in Apple’s own Bluetooth implementation.
The 50,000 campaign was iOS only. 150,000 was the target for Android, and they're well past that. The range of 180 feet isn't guaranteed on an Android device though, and the software isn't complete yet.
Rudder placement (Score:2)
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If you could move the rudder aft of the prop, you'd gain thrust vectoring. I'm not an engineer, but I'm guessing that would mean better low speed control, but it would be dependent on throttle? I'm sure it's designed the way it is for simplicity, but I'd love to tinker with this.
You could, but the corollary is that you need to apply more force to move the rudder and therefore increase the power requirements and weight of components required to move the rudder.
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The thing is, with a paper airplane, you've pretty much got a fixed-speed device (depending on design) with thrust adjusting the incline more than the speed. I haven't seen too many paper airplane designs with a slow enough glide to really benefit from having the rudder aft of the prop.
But with published APIs and a pretty modular hardware design, you could probably modify it yourself and write your own controller app.
Doesn't look like it can turn (Score:2)
Re:Doesn't look like it can turn (Score:4, Informative)
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