Any body have tips on getting fastrack to fit....? I'm 1/4 short on my inner loop, I'm held to that dimension due to the outer loop having entering and exiting switches. Basically I need a 10.25 in peice.
Thanks
![]() ![]() ![]()
![]() ![]() ![]()
![]() ![]() ![]()
![]() ![]() ![]()
|
Any body have tips on getting fastrack to fit....? I'm 1/4 short on my inner loop, I'm held to that dimension due to the outer loop having entering and exiting switches. Basically I need a 10.25 in peice.
Thanks
Replies sorted oldest to newest
If feasible you could use 3- 1 3/4" and 1 5" to get to the 10-1/4 length?
If you use all those small pieces,
-wire them together electrically so you are not trusting all the pins for connectivity
-put them in the middle of a long run and don't put all three of them next to a switch or a curve.
The little pieces are not as dimensionally stable as a solid piece of track and could cause problems going into/out of a switch or a curve.
This table will help a lot. Note that one cannot fill a 4.25" gap; but if you remove a full straight (10") the gap can now be filled using pieces to make a 14.25" length of track.
Jan
I believe Lionel sells 1/4 pieces of fastrack
@Hammerlane posted:I believe Lionel sells 1/4 pieces of fastrack
He's talking about 1/4", I don't think it comes quite that small.
@RoyBoy posted:If you use all those small pieces,
-wire them together electrically so you are not trusting all the pins for connectivity
-put them in the middle of a long run and don't put all three of them next to a switch or a curve.
The little pieces are not as dimensionally stable as a solid piece of track and could cause problems going into/out of a switch or a curve.
I'd just try it where ever you need it. I have a number of short pieces where needed and have not had any issues with Fastrack. An occasional screw here or there keeps them.
Access to this requires an OGR Forum Supporting Membership