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December 31st, 2011, 01:03 | #1 |
Contemplating 11.1v LIPO followed by motor upgrade.
As the title states. I'm afraid my ear's grown keen and my trigger response sounds a little sloppy.
Although silent and sound, my gears are slowing down my ROF... they're kingarms torque helical gears (100:300). I bought them thinking torque gears are good for reducing stress on the motor... throw in an 11.1v and it should spin like a propeller through water right? Does this seem like a viable upgrade scheme? I just want the snappy trigger response and I'll take whatever ROF increase comes with it.. I mean, you can't run a high speed motor, high speed ratio gears and a 330fps spring, all under an 11.1v can you? Won't one or the other give relatively quickly? My specs: VFC HK416 CQB Madbull black python 6.01mm KingArms Enhanced Hopup Unit w/ guarder clear bucking Kingarms helical torque gears (100:300) MODIFY high speed ultra piston w/ 7 metal teeth BB spring guide and BB Aluminium cylinder head sorbothane pad on cylinder head Complete rewire in Modify Quantum Silver-Plated wire Deans connectors duh! Last edited by EscapisT; December 31st, 2011 at 01:35.. |
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December 31st, 2011, 01:53 | #2 |
A combination which has given me very snappy trigger response is a very high torque motor (eg: any ACM neo motor with a high number of winds like the JG Blue, or anything labelled "infinite torque up" with strong neodymium magnets) combined with high speed (15:1 or 13:1) gears. Your high torque motor will reach its maximum speed quicker than a high speed motor. If you do everything right, you can easily still achieve a nice high rps with this, even with a 7.4V LiPo, without crazy heat.
As you partially noted, you can reduce stress on the gears and motor by using a weaker spring, better shimming (and better contact between gears), better bushings, grease, etc, but also, you can use a more powerful motor with neodymium magnets (like the JG Blue). One notable thing that's missing from your list if you intend to use a 11.1V LiPo is a MOSFET, which you will definitely need if you do not want your trigger contacts to go nuclear. Personally, I don't think you absolutely need to go with an 11.1 until you've exhausted all your other options in terms of reducing friction and getting a more powerful/efficient motor. If an idiot like me can manage 20 - 25rps with reasonably strong springs on 7.4V batteries and good trigger response, anyone can
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"Mah check" Now you know |
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January 3rd, 2012, 01:53 | #3 |
Hm.
I already bought the torque up gears and installed them last summer. This sucks. If I had high speed gears like 13:1 or 14:1 with a High torque motor I'd probably have great response from my 9.6v nunchuck. Do you think someone would buy gears off the ASC classifieds? Or is there any way I could work around them? This guy is running high torque gears with a high torque motor and his response sounds pleasing. could it just be due to his large battery? Airsoft - M4 trigger response. - YouTube If I go for a torque motor now, will I really see an increase in response with the torque gears I have now? I'm pleased with my ROF as it is... I just don't like the spin-up time and sloppiness. Last edited by EscapisT; January 3rd, 2012 at 01:59.. |
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January 3rd, 2012, 02:01 | #4 |
I'm wondering why you're using a torque motor with that low of an FPS setup, when you're wanting trigger reponse.
So you have a stock motor? Yeah just change the gears and you should be good, given you're running a low-ish spring and a lipo. |
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January 3rd, 2012, 02:25 | #5 |
Not Eye Safe, Pretty Boy Maximus on the field take his picture!
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Before even thinking about using LiPo batteries, install a MOSFET switch and use a 9.6v NiMH battery. A simple $30 MOSFET switch will noticeably increase your RoF, as well as significantly increase your trigger response. And although LiPo's are pretty safe (when handled properly), NiMH batteries are less expensive (since you probably already have an NiMH charger) and easier to maintain than LiPo.
LiPo makes your gun shoot faster, but there are certain safety requirements that NEED to be met, battery maintenance is more critical, and although the batteries themselves are very inexpensive, the upgrade to USE LiPo is around $150 (charger, wiring, MOSFET, battery, PCB, etc.) Check out this thread for more info on LiPo http://airsoftcanada.com/showthread.php?t=99899 |
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