Important: This guide is intended for choosing electric and petrol-powered locomotives. Steam locomotives have a completely different design and method of operation, and therefore follow different rules and require special knowledge.
Before purchasing a locomotive for your garden railway, it’s important to consider several key factors. Below is a checklist that will help you make the right choice:
1. Purpose of Use
- Will the locomotive be used for private purposes?
- Will the locomotive operate regularly in a railway park or club?
If it’s for private use, ask yourself:
- Will you use it only at home?
- Do you plan to travel with it to other locations, events, or clubs?
2. Portability
Think about how you will transport the locomotive:
- Do you have a car?
Check what fits in the trunk (dimensions, weight, whether the locomotive can be disassembled). - Do you have access to a car trailer or a van?
Larger locomotives often require more space and must be safely secured during transport.
Larger locomotives often require multiple people for loading and unloading – especially if you don’t have a ramp or lifting equipment.
If you plan to travel to other tracks frequently, consider whether you can load and unload the locomotive on your own without major logistical challenges.
3. Type of Drive System
Electric drive
Quiet, easy to use and maintain, only requires charged batteries.
Petrol-electric drive
A petrol generator charges the batteries; operation is possible as long as you have fuel.
Pure petrol drive
The petrol engine drives the wheels directly – allows continuous operation as long as fuel is available.
Hydraulic drive
Powerful and robust – suitable for larger and more demanding locomotives, offering direct and reliable power transmission
4. Duration of Use & Driving Demands
For shorter rides and lighter trains, a pure electric drive is the simplest and most suitable.
For all-day operation or heavier trains, we recommend either electric locomotives with higher battery capacity, or petrol-electric or hydraulic systems.
If the track has steep inclines or descents, choose a stronger locomotive with large-capacity batteries or go with a petrol-electric or hydraulic drive.
5. Power and Gear Ratio
What matters is not only the power (in W or kW), but also the gear ratio and efficiency of power transfer.
Example: A 480 W locomotive (such as the PAB 2) successfully carried 3 passenger wagons all day.
A 2000 W locomotive with poor gearing can be less effective than a well-tuned 500 W one.
Power recommendations:
- For personal use and lighter loads: 500–1000 W.
- For heavier trains or regular public operation: 1500 W or more.
6. Control System
Wired control
You operate the locomotive while walking next to it – simple, but limits mobility.
Wireless control
Allows you to drive from the last wagon – more practical and comfortable.
Note: Some clubs may require additional safety features for wireless systems!
7. Brakes
Electric locomotives often use motor braking (regenerative braking), which is usually sufficient for normal rides.
If you need to fully stop the locomotive or are operating on hilly terrain, we recommend adding mechanical brakes.
For petrol or hydraulic systems, mechanical brakes are essential for safety and proper handling.
8. Sound
Sound gives the locomotive a realistic and immersive feel.
Electric locomotives are ideal for using sound modules, since they are otherwise very quiet.
With petrol engines, ensure the sound effects are not drowned out by engine noise – or vice versa.
For quiet operation with great sound effects, an electric drive is the best choice.
A horn or siren is highly recommended for both realism and safety.
Have any questions? Contact us!
If you have any questions, please contact us.