These days I have been mainly focused with fixing details of the wings. So, you might have missed my regular updates? A digital friend actually wrote me wether I am still doing ok? I can tell you that I am!
First, thanks to all who have sent me very useful technical advise & help! It helped me refocus on what needed to be done after the first testflight. Continue reading →
The wings did their job! The stakes were high for me, so I was disappointed that I only made a tiny hop in the air. But it worked!
While I was getting bored with the bad weather, I tried the wings in the factory floor below my workplace earlier. And that tiny pre-test proved that I could go outdoors to try the real thing. Although the weather this week didn’t look good at all! Yesterday in the afternoon the sun returned for just a couple of hours. So I prepared the wings with my crew a.s.a.p. and jumped in the van to the testinglocation.
Between the roasted lamb and tiramisu dessert on Christmas day something wonderful happened. TechCrunch supported my project by sharing the news on my human birdwings.
Here’s a short overview. Thanks to everybody for sharing!
“If you could have one superpower, what would it be? Mind control would be my answer (I hope to be an evil genius when I grow up). But it seems the most popular answer to that question is the ability to fly. Jarnos Smeets, a mechanical engineer from the Netherlands, is working really hard to make that a reality.” – TechCrunch(24th dec)
Some time ago I connected the acceleration sensors of the HTC and Wii remote (and check this blogpost too for explanation). The next step was to send this acceleration data to my electronic speed controllers and outrunner motors. Floor and me went testing the system yesterday, watch the result below. I’m very proud of this.
So check out the photogallery and the video below. Also decided to attach an earlier sketch of the system, although it’s kind of a wild sketch, I think this explains what I did and how it works.
In my 3d sketches I was thinking about using only the acceleration sensors of HTC smartphones. I recently decided to also use Wii controllers, for their excellent I2C accelerometers and gyroscopes. Watch the picture below for an explanation about the components.
In the meanwhile I’ve been able to connect the gyro and accelerometer of a Wii Motion plus and Nunchuck for the backplate. The Buspirat is my big friend
Also managed to combine the acceleration data of the WiiMote and Wildfire S in one application. Tomorrow the video about this will be online!