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I've been waiting for a yellow V911 for over a month from Banggood and with some of the bad reviews about it being slower, heavier and with a twitchy servo, I think I threw some good money to bad. Better would have been but a real V911 and do a canopy switch purchased from FireCabbage/Aliexpress.
I was surfing thru TY and I came across a WL 319, infrared, a coaxial heli that squirts water but it seems to me that the heli was just p-e-e-ing on the floor, great way to piss off the wife.
After a few months, I finally got some leeway, open up a few boxes and run heli's around the office and FINALLY take the V929 outside for a forth battery this weekend. But the wife apparently has a better idea and that leaves me to abandon my plan and go into an alternate direction. Further details on my blog. |
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Joined Aug 2012
8 Posts
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Thanks for the input, will see what it looks like this time (when I get everything) Next time I am not flying into the house at full speed! ![]()
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Rick |
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Joined Sep 2012
16 Posts
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I recently got a Blue/White RTF V911 from Amazon ($43 + $3.99 for one-day prime). I guess I was unlucky, as I got one of the ones that flew pretty bad out of the box. I just couldn't trim the rudder to perfectly straight without a slow drift, and that drift appears to change directions when the battery gets low.
The biggest issue, is that it was sliding left almost full bore. I had it trimmed 100% to the right, and I still had to fight it with constant right cyclic. I checked the entire heli, double checked all screws, and everything was ok. Then, I noticed the left/right cyclic servo horn was angled just below centered, while the other side was angled slightly above centered. Unscrewed the servo horn, and moved it up a few teeth, and that seemed to help. It flies now with only one or 2 notches of right cyclic trim. I just wish I hadn't crashed it so many times figuring that out :P It really shouldn't have left the factory this way, but what can you expect from a cheap heli. I bet the average person buying it from amazon would have returned it, rather than trying to fix it. It was that bad. It also definitely has some TBE going on. It tends to be worse indoors. This heli is not known for having TBE, which is why I bought it, as my Blade 120SR has severe TBE, and I thought I'd have a backup to fly while I figure it out. My luck is not great with heli's lately. I'm about to just buy a flybarless model, since I can't seem to get rid of TBE on either of my Heli's. I just wanted to make this post in case anyone had similar problems. Also, I thought these were supposed to come setup for "stable flight"? I just noticed, mine has the head linkages on the longer balls, and pushrods on the outer servo links. |
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United States, CA, San Jose
Joined Jun 2012
469 Posts
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.Some need a bit of manual trim.
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Joined Sep 2012
16 Posts
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oops, forgot to update my original post. TBE is still there, but it's not the common TBE I see on the blade micro heli's, where it will do a small circle all in one place. This does large circles, and will keep doing them even with input, And If I'm going forward, for example, and it gets to the point in the TBE where it would have been at the rear, It will stop going forward, even with forward input. My Blade 120SR does this too, and I just can't figure it out. My luck with heli's is not that good lately. I'm thinking about getting a flybarless fixed pitch (msr x), or small size CP heli (nano CP). Are there any good clones of those?
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Joined Jan 2012
1,473 Posts
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But 100Ohms are OK. |
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Joined Sep 2007
477 Posts
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You could go up to (down to) 50 Ohm for 20mA. V = I * R R = V / I In this case V = the maximum voltage seen by the resistor. That is 4.2 (maximum of fully charged battery) minus 3.2V (minimum seen across LED) = 1V. R = 1 / 0.020 = 50 Ohm. See my blog for some cool (I like to think so) lighting ideas. |
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Joined Sep 2007
477 Posts
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The batteries are 130mAH (average of what people are using). They last 6 minutes. 130maH in 1/10th hour = average draw of 1300mA by heli itself. You might add a bright 20mA LED. (or scale for one or more 5~10mA ones like mystman). A 20mA LED adds less 2% (1320/1300) to the power draw That cuts your flight time by less than 7 seconds. The battery could run the LED alone (no flying, ignoring radio) for about 6 hours. My 20,000mCD would make a pretty good flashlight! Just like adding CNC bling. Gotta' decide what you're willing to pay for "coolness". |
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