Creative Common Attribution-NonCommercial-ShareAlike CC BY-NC-SA

Commercial point levers of the 'lever in diagonal slot' pattern can be self built with various throws as required.
These printed versions (once designed) offer a faster to make alternative and avoid the separate lever rod that often becomes detached in commercial offerings.

Three alternative throws (2mm, 4mm and 8mm) are provided. Others may be added later as reqd. Commercial levers are often 6mm throw.

Suggested print parameters.
Material:         PETG
Infill density:  100%
Layer height: 0.1mm
Nozzle dia:    0.4mm
 

A version of the ubiquitous 16T Mineral Wagon designed to be easy and fast to print and assemble. Almost as easy to disassemble, in order to replace any parts. Can be run with the wheels and axles as they are, or fitted with R144ZZ Bearings at any stage, without any further parts required.

Both Coarse and Fine G1MRA standard wheels and axles included.

Proven out on a Prusa Mk3 i3, in PETG

Here I have enlarged my 08 shunter to Gauge 3, 2.5-inch gauge.  I did this some time ago, now final finishing a few things and tidying up the files. 

To save space I've added zip file.

Peter D.  August 5, 2024

This hook has been added following recent requests for a 3d printable one.

Some hooks are contained within various wagon models but this one was designed to replace a Northern Finescale plastic moulded hook.
No doubt laser cut steel hooks are much stronger but this hook when printed in PETG has been found strong enough for most applications.

The examples shown are printed in silver PETG (I would normally use black). Infill was 100%, layer height 0.1mm, a brim was included to aid bed adhesion.

A set of detail parts created by myself to spruce up the Model Engineer's Laser Tram loco kit (see related content)

My take on a SR milk tank wagon at 10mm scale.

Spacers to help lay double track.

Designed for Cliff Barker track, gauge widened (45.5 mm gauge)

These were designed for Cliff Barker track.  There are two versions, 8mm wide and 9.4mm wide, and they give 1,2,3 or 4 mm superelevation. Best to glue or solvent weld them onto the sleeper bases - every three or four sleepers is fine.