Contents

What's where.......



The 'real' railway (ie where it would have been if it had existed)
The model is my attempt to create a fictitious three foot (well, two-foot nine-ish) narrow gauge railway which might have been built in mid-Cheshire to transport copper ore from the mines in the Peckforton Hills to the mainline station at Beeston Market.
Planning
This took about five years from the original sketches to that moment when I laid my hand on the spade and started construction.
Landscaping
The railway is between six inches and two feet above the rest of the garden to ease running and maintenance and to present the models more clearly. The garden was landscaped specifically the accommodate the railway, requiring somewhere in the region of 2-3 tonnes of soil being wheel-barrowed from one end of the garden to the other.
Buildings and structures
The majority of structures in the garden are railway buildings and, of course there are the bridges which enable access to various parts of the garden. Some buildings have been made from resin kits, some made from scratch, one modified from a toy and one bought ready-made from a pottery which specialises in buildings for garden railways.

Buildings
Structures
Platforms  
A curved platform using JigStones edging
 
 Detailing
 The fine details of lineside items, people and general railway related clutter are what, to my opinion, brings the railway alive. It's taken me around six years to get the railway to the stage where I feel I can concentrate on adding the finer details and so this section is presently fairly thin. However, this will change as I continue the detailing process.

Plants
I'm no great shakes at gardening. I tend to see something at a garden centre which looks right and then shove it into a gap. Occasionally, I'll move a plant if it doesn't seem to be thriving, but mostly I work on the principle of 'survival of the fittest'.
Track foundations
As I used flexible track, I needed firm foundations into which to fix the track. In the rockery section I used concrete (breeze) blocks and in the hedge section treated timber.
Laying track
I have ended up with five varieties of track (whatever I could buy cheapest at the time) - Piko, Trainline, Tenmille, LGB and Aristocraft. I've had no problem mixing them together and use LGB rail joiners without modification. In the days when I ran all my locos from track power, I bonded all the rail joints with soldered 'jumper' leads. Using knowledge and experience of constructing indoor layouts in 00 and 009 gauges, I opted for flexible track.


A tour of the layout
The trackplan has been modified over time. The original looped 8 with a terminus and a through station now features two termini and three through stations. There's also a reverse loop, a 'branch' line and a hidden connection between one terminus and the copper mine. The design tries to make the most of the available space and give opportunities for end-to-end running when I want to run trains realistically, and also opportunities for tail-chasing when I have visitors who are more interested in seeing trains running round the garden. 

Rolling stock
I opted for G Scale (45 mm track, 16mm/foot) mainly because I have a time-consuming job which leaves very little free time for hobbies. Also, coming from a OO scale background, track power was a less severe learning curve. I am also a great fan of the Southwold (3 foot) and the Welshpool and Llanfair (2' 6") railways and so 45mm track is a sort of compromise, being around 2' 9" in 16mm scale. The majority of rolling stock is 45mm gauge, but recently I have started constructing 32mm gauge stock for the feeder line from the copper mines to the crusher plant and loading hoppers.

  •  Stock list - complete list of the rolling stock presently available for the line (Updated 9/3/15)
 Construction techniques

Locomotives
Track powered locos are mainly based on 0-4-0 Lehman Toytrain chassis with bodies either made from GRS kits or scratchbult. Battery powered locos are a mix of scratchbuilt bodies on LGB, Piko and Playmobil motor blocks and various kitbuilt locos. All but one loco are loosely based on UK prototypes.
Coaches
From the LGB starter set original four wheelers, I progressed to Accucraft W&L Pickering coaches but found they fouled the platforms and so constructed three wooden coaches from Maddison kits.
Wagons
A mix of off-the-shelf, kit-bashed and semi scratch-built. I am gradually replacing non prototypical 'stop-gaps' with more appropriate UK looking models.

Modifications
Kitbuilds 
 Scratchbuilds
 32mm gauge and GN15 stock
 
Operation
I deliberately wanted to model a representation of a complete railway, terminus to terminus (with a continuous loop included for days I want to play trains). Passenger and freight movements are based on practices for a light railway of this type, with some degree of "modellers' licence".
Control and electrics
I started with the most basic transformer controller (from the starter set) and track sections, went through radio control (Aristocraft Train Engineer) and am now using remote digital command control (DCC). With end-to-end, a continuous circuit and a reverse loop, I have gone through most of the track-power alternatives. If you can afford DCC, it is well worth it - though track cleaning is still a chore which is why I was eventually tempted into battery powered radio control!

Direct Current (DC) control
 How I first started with analogue control from a fixed controller and then through a wireless controller

Digital Command Control (DCC)
My foray into DCC using the LGB MTS system

 Battery power / radio control
My railway is now exclusively controlled by Deltang radio control equipment, after experimenting with other systems and evaluating their potential. Most of the posts here are therefore focused on using Deltang equipment
 General information
Installing radio control in locos
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1 comment:

Tore Svensson said...

Good evening Rik.
I have checked your excellent information of your build up of Radio Control Systems on your Railway with Deltang Rx 65 recievers and Tx 22 Transmitters, and your modifying the program by the Deltang Prog4. I am myself in the situation having the same equipment and tryes to program it and it works. But it is difficult when you not can se the actual program in th Rx. When I from a text file send the command " type0 4,1 end" I will have back a big HEX file, that I do not understand. I would have back a file that shows the same type of command rows as you send, eg 2,14,1,7,1, so you more easyli can check what rows has to be changed. Is it possible for you top give me some information of that.

Thanks in advace and best regards

Tore Svensson
Trelleborg
Sweden
mail:tsautomationab@gmail.com