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On another thread, a sidebar conversation there wandered onto the topic of if the drivers on steam locos "wear" out - particularly the pot-metal or lighter metal drivers on Lionel, etc, versus brass or machined harden metals on brass and premium locos, etc. 

 

I'm not trying to start a controversy - - -  but has anyone here actually worn out the drivers on a steam loco?  I ran my Lionmaster Big Boy probably 800-1000 hours and its drivers show almost no signs of wear.  In fact, I don't recall ever seeing drivers that were heavily worn -- cracked, bent from abuse, etc. - yes, but worn out, no.

 

So - do drivers, even pot metal ones, actually wear out?  How long does it take?

 

And for that matter, has anyone ever had track wear out - I've seen old, old tinplate that looked rusted but I didn't know if that was just time and corrosive atmosphere or if someone had used sandpaper to clean it or it they had literally worn the plating off running trains.

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Since my engines basically run the same direction around the same loop, I've noticed a very slight sharpening of the flanges on the left sides of engines. These are pieces only with flat wheel treads. Tapered treads on coaches don't have noticeable wear, which is understandable with the taper. I haven't worn track out, but what was a local toy store at the beach had a circle of LGB running in the window for two or three years, every day, 10 hours a day. Not only did the treads and flanges (plastic) on wheels wear to the point of nothing being left, but the outside rail had a noticeable wear marking after years of use in the same circle hours on end. The owner at the time was very kind to show me the wear in the equipment and track. Quite something to see! 

I have heard of this happening, but I will only repeat what was told to me.

 

Our club layout has inexpensive starter sets for people to run in the store when the layout is not in use by club members by pushing buttons to run different loops of track.  When a customer pushes a power button, the engines start up and run at a medium speed in the same direction for one full loop before coming to a stop. 

 

According to the store, they get a lot of traffic with customers running the trains throughout the day, 10+ hours a day, 7 days a week.

 

The guys that do maintenance on these engines for the layout / store have reported that the flanges on these starter sets are worn extremely sharp.  I think they have already replaced some of the drivers previously for the same problem.

 

The track is all Ross along with Ross switches, and there is no noticeable track wear, although, we have a group that constantly is cleaning the track both by hand and with track cleaning cars which gets dirty really fast.

 

May be others from our club will chime in with more accurate details...

 

 

 

As Paul as said our club has wheels that are sharper than a razor because they are running on rails that are not tubular and these cars and engines get 10+ hours a day. We have even replaced can motors because of wear. The flat top on the rail has cause the flanges to get very sharp. This is what we have discovered and the conclusion is from the square or flat type rail. These trains do always run in the same direction so that to will fall into play I am sure.

Originally Posted by wmwalker:

As Paul as said our club has wheels that are sharper than a razor because they are running on rails that are not tubular and these cars and engines get 10+ hours a day. We have even replaced can motors because of wear. The flat top on the rail has cause the flanges to get very sharp. This is what we have discovered and the conclusion is from the square or flat type rail. These trains do always run in the same direction so that to will fall into play I am sure.

"...only if you use that prototypical flat top track with the sharp edge like gargraves and atlas. 

 

The whole point of Lionels rounded rails be it tubular or fastrack is to minimize wheel/ flange wear."

Hello RickO.........

 

Is that true, I never knew that perhaps i should switch to fastrack as i am looking for stater set track pieces for a 40 by 60 oval.  I would like to make a mini layout for my computer desk. I see the rails shaped like that but never knew why.

 

the woman who loves the S.F.5011

Tiffany

Last edited by Tiffany

The sharper the turns and the longer the wheelbase the more likely you are to see wear on the drivers or the rails.  T shaped track is more likely to sharpen flanges than tubular and nickel silver track is more prone to wear than tubular steel.  Running constantly in one direction will cause more wear on one side.  Dirty track can lead to additional pitting of track and/or wheelsets from the arcing.   Display layouts are more likely to exhibit this than home as they tend to get run near continuosly and they often have tighter curves to save space.

I have only seen it happen on one MTH starter set steam engine. It had operated about 225 hours a year for 4 years just during the Christmas season. The flanges were razor sharp with under 1/8" left on the flanges. The train was run on realtrax and this was a Christmas engine. Of all of the engines that we used this was the only engine to show this amount of wear and I believe the main factor for this wear was that this train only ran on a small oval of track under 4' x 7'. This train was only operated on the highest and smallest level winter section. As where all of the other trains on the display operated on way larger ovals with usually around 12 trains running all of the time.

   

Hey gang long time lurker first time poster,

 

I used to work at a Hobby store while in school, we had an LGB trolley running around the train department, it ran 5 to 8 hrs aday 6 days a week. I started there in 1994 and we replaced all the curved sections and the wheels. In 1998 when the store closed the the wheels and track needed replacement again. Although this was with LGB brass track and just the 4 wheel trolley truck. 

We use to have an 8ft shelf with a back-and-forth trolly in the store a few years back. Initially we used tubular 'O' track, with two O-31 S-curves for interest. After a year of running back and forth 8hrs a day, the trolley actually wore holes through the side of the outside rails at both ends of the S-curves. We replaced the track with Atlas-O, and after two years of operation there was no noticable wear to the track.

 

The only 'sharp flange' problem we ever had was using RealTrax on a 4x8 demo layout. I laid my thumb open on the flange edge of an F40 that had been in all day use for a bit over four months. Never saw this problem with any other track system.

 

Years ago I work as a manager at a family restaurant which had a G Scale train layout whichhung from the ceiling.  It was a single track that ran through the entire building; dinning room, bar, server area, foray, and even through the manager's office.  The train would run every day for 10-14 hours, 363 days a year.  We went through about an engine every year and it required constant maintenance to keep engines and cars running.  Occasionally, I would be required to re-rail the train, or some other task that would provide a close up view of the track itself.  After10-15years of service, the wear on the rails was so prevalent that the top side of the rail would peal off in long metal strips leaving just a slender vertical stub So it is possible to wear out the track, just takes a little time and pressure.

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