jeremy.viewing
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They all go round ridiculously small radius curves the only disadvantage is they look wrong on small curves but if you can live with it then they are fine.They certainly look the business! They've completely lost the quite "toylike" appearance they have straight from the box. How well do they cope with the smaller radii? I know the middle wheels are flangeless but it's still quite a long vehicle.
Cheers for the info, I'll have to start saving my pennies!They all go round ridiculously small radius curves the only disadvantage is they look wrong on small curves but if you can live with it then they are fine.
Very nice!! now who's up for making a g scale LNWR Hardwick and rerunning the Race to the north!!Here she is at my local groups layout
The Stirling with the modified coaches looks most pleasing trundling round. The difference in Track Gauge is not at all noticeable as I thought it may have been. Super job.They all go round ridiculously small radius curves the only disadvantage is they look wrong on small curves but if you can live with it then they are fine.
I've considered making a LNWR 2-2-2 from another Emily. Iv'e seen it done with the OO version and Emily's front bogie is a fake which uses only the two front wheels. The other two are fixed to the chassis and are drivers with the big wheel.Very nice!! now who's up for making a g scale LNWR Hardwick and rerunning the Race to the north!!
If you look closely, the middle wheels are off the rail on R1s and R2s. Answer: Don't look closelyHow well do they cope with the smaller radii? I know the middle wheels are flangeless but it's still quite a long vehicle.
If you look closely, the middle wheels are off the rail on R1s and R2s. Answer: Don't look closely. The coaches (and Emily herself) also produce quite a bit of flange squeal on those curves. Mind you, so do Bachmann's goods wagons. Now you know why LGB used swivelling trucks.
I stopped using Emily and her train at shows because the noise disturbed the neighbours(and, to be honest, me).
The answer is probably R3 (or wider) curves, but I don't have the space.