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GriffinRU · 01.08.2006, 10:02 AM

Higher voltage applications will always be more efficient then lower.

And let’s not be so biased with segmented magnets, we talking about 1% max difference. Do not forget about wiring (wire gauge, wire type, delta/star …)

So from what I am reading here looks like we have problem with correct gearing not motors. :)
Do not get me wrong; what I am trying to say is when we select gearing we look upon Kv ratings of particular motor. But there is another factor to consider, efficiency which is not linear at all. And sometimes we need sacrifice something in order to achieve another. Based on your feedbacks lehner motors have better efficiency across wider RPM/Load range then others.

But I am not convinced 100%. Because main argument for lehner and kontronik motors to be the best based on type of magnet used. Is it possible we are missing something?

Artur

P.S. My personal opinion Aveox motors are not that bad.

	(#45)
GriffinRU RC-Monster Aluminum Offline Posts: 748 Join Date: Oct 2005	01.08.2006, 10:02 AM Higher voltage applications will always be more efficient then lower. And let’s not be so biased with segmented magnets, we talking about 1% max difference. Do not forget about wiring (wire gauge, wire type, delta/star …) So from what I am reading here looks like we have problem with correct gearing not motors. :) Do not get me wrong; what I am trying to say is when we select gearing we look upon Kv ratings of particular motor. But there is another factor to consider, efficiency which is not linear at all. And sometimes we need sacrifice something in order to achieve another. Based on your feedbacks lehner motors have better efficiency across wider RPM/Load range then others. But I am not convinced 100%. Because main argument for lehner and kontronik motors to be the best based on type of magnet used. Is it possible we are missing something? Artur P.S. My personal opinion Aveox motors are not that bad.