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Subject: 
Re: Question about gearing Power Functions-based trains
Newsgroups: 
lugnet.trains
Date: 
Wed, 20 Jan 2010 01:25:30 GMT
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In lugnet.trains, Jordan Bradford wrote:
   I’ve noticed that because the Emerald Night’s two sets of driver wheels are locked together, the engine struggles to go around corners: the outer wheels have further to turn, so the wheels slip and the engine’s movement becomes jerky.

Would it be sufficient to drive the engine using only one set of drivers?

How about using a differential?

Either way, would there be enough traction?

Actually, the 9V motor also had the same issue around corners, but I believe it was not caused by the required wheel slip, but by the increased friction on the flanges when they run at a (fairly large) angle to the rails on the corners. This is mainly caused by the very tight radius of the LEGO track. I don’t think either of your suggestions would make a huge difference.

But I Could Be Wrong.

ROSCO



Message is in Reply To:
  Question about gearing Power Functions-based trains
 
I've noticed that because the Emerald Night's two sets of driver wheels are locked together, the engine struggles to go around corners: the outer wheels have further to turn, so the wheels slip and the engine's movement becomes jerky. Would it be (...) (14 years ago, 19-Jan-10, to lugnet.trains, lugnet.technic, lugnet.robotics, FTX)

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