Looking at the monitor this does not look good. Yet another stand alone gimbal controller. It is nowhere near locked in.:apathy:
The penny has not dropped.
Yeah, looks like more Align crap. They should just stick to running the CNC machines which they are good at, and leave the electronics to people who know how to do that.
Cmon George you know what I mean, change the 2000 deg./sec. to 250 in the registry on a 6050 and tweak the accls. and you will be on the right track?
The problem with that is the vibration noise can be much more than 250 so you go into gimbal lock basically. Maybe if the damping on the gimbal is good enough you could do it. But realistically, the problem with the picture there probably isn't the controller at all. You simply can't hang 2kg of mass 12" down on a 1/4" shaft and expect things to be stable.
It is NOT vibration, it is a balance issue and a poor IMU. the web site shows a good mounting system.
Well, he's right though. I can't see ANY vibration isolation anywhere in the system. Bet you it has horrible jello if you can find some actual footage.
I stand corrected, but I noticed the picture bouncing...just like my old trex600 used to do, I had to use 4 car suspension units to cure that...the 2 they have on this 800 aren't up to the job if you ask me!
You know, I've never really understood what the boom/damper system is for. I've rigid mounted a camera on my copter, and it does not have any pitching motion, or vertical oscillation which needs to be damped. IMO, it's a band-aid fix for another problem. Again, that 1/4" pan shaft everybody is hanging the camera from. Any forces on that shaft and you get the the camera platform rocking and rolling. So you try to solve that by isolating any and all forces from the system, using these booms and dampers. But then the camera ends up bouncing up and down on the booms... I've seen guys with terrible opposing oscillation going on.
If a rigidly mounted camera doesn't show any pitching motion or vertical oscillation that needs to be damped, why use this elaborate system? What am I missing?
and the tail rotor has the super fast HKS 878.
Which servo is this? I can't find it. Just curious on the specs. I'm planning on trying the Lontair HV Mag Encoder servo soon, 0.03 sec/60, so very fast.
Much Dev. going on at the moment with blade design. The asymmetric Spin blades are far from perfect for this kind of application.
How so? Just the "ballooning" problem? Hope there's not another problem, because I just received about $400 worth of these blades! I ordered 95 and 105 semi-sym tail blades, and 325, 600 and 700 asym main rotors. I think we'll have the ballooning problem fixed because Arducopter recently got an exceptional z-accel controller working. I have a crappy little 450-heli holding altitude +/- 3" in a 40-60km gale. In more reasonable 20 km/h winds it's less than 1cm. It's very very good.
Who knows what/who is behind the design of that gimbal
Well, much of it is a total rip-off of Photoship One's designs. The boom is nice, and well done (for what it is, I still don't see the point). I like that it's a parallelogram and vertical motion will not result in swing/tilt of the pan axis.
The DMC-TZ40 shoots 50P HD (AVCHD) plus a fancy HDR mode 18 mp. stills and has a great 20x lens that stabilises in 5 axis with auto leveling.
Ooh, very nice looking! I was wanting to get an RX100, but maybe I'll wait. Seems the more I wait, the better things get. But then I guess that's always true with these things right? 