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These are ready made from Iowa Scaled Engineering called Run-N-Smooth.It’s a simple two wire connection to the decoder. The blue + common and add a - from the decoder to the other pad on the powerkeeper.The dimensions are .410” x .365” x .192” thick.They do just what they say…smooth out the engine. They aren’t a crutch for poor running locomotives or unclean track, however they do make a noticeable difference in small switchers especially with sound. I use ESU decoders exclusively and they play very well together. I have no experience with other makes of decoders though.This little critter wouldn’t begin to run well without this powerkeeper or on straight DC. What Max, Ron and Chris do with their marvelously intricate gear reductions, I’m forcing motor control electronically through the decoder and powerkeeper.
Here’s a very short video of the engine running. It’s an early test and more weight will be added and should help smooth it out a bit.
Justin Sane! How are the starts & stops? (not expecting much due to the micro micro size ).
I know it doesn't have couplers yet, but have you tried pushing a string of cars?
Actually it wasn't used to switch cars. Because there was no catenary into the roundhouse, it was used to switch the electric mainline engines in and out of there for service.
These are ready made from Iowa Scaled Engineering called Run-N-Smooth.It’s a simple two wire connection to the decoder. The blue + common and add a - from the decoder to the other pad on the powerkeeper.The dimensions are .410” x .365” x .192” thick. (Attachment Link) They do just what they say…smooth out the engine. They aren’t a crutch for poor running locomotives or unclean track, however they do make a noticeable difference in small switchers especially with sound. I use ESU decoders exclusively and they play very well together. I have no experience with other makes of decoders though.This little critter wouldn’t begin to run well without this powerkeeper or on straight DC. What Max, Ron and Chris do with their marvelously intricate gear reductions, I’m forcing motor control electronically through the decoder and powerkeeper.