Laying track is one of the most important stages in building a reliable model railway. Scenery, buildings and detailing may bring a layout to life, but the track is what determines whether your trains run smoothly or spend their time stalling, derailing or bumping over poorly aligned joints.
The good news is that track laying becomes much easier when you have the right tools to hand. You do not need a workshop full of expensive equipment, but a carefully chosen set of model railway track laying tools can make a huge difference to accuracy, reliability and long-term enjoyment.
In this guide, we will look at the essential track laying tools for model railways, including tools for measuring, cutting, fixing, checking alignment, wiring and preparing your track ready for ballasting. Whether you are building a small starter layout, a detailed OO gauge branch line or a larger scenic railway, these tools will help you get the foundations right from the beginning.
Why Good Track Laying Tools Matter
Poorly laid track is one of the most common causes of running problems on a model railway. Kinks in curves, uneven rail joints, loose fishplates, poor electrical connections and rough rail cuts can all lead to derailments or unreliable running.
A good track laying toolkit helps you cut rail cleanly, keep curves smooth, maintain correct track spacing, avoid bumps at rail joints and check clearances before scenery is added. It also makes later stages, such as wiring, painting, weathering and ballasting, much easier to complete neatly.
This is especially important when using flexible track. Flexi-track gives you much more freedom than set-track, but it also needs more care when cutting, shaping and aligning. If you are new to this stage of layout building, it is worth reading our beginner’s guide to laying model railway track before fixing anything permanently.
And of course, you have that age-old thing of “you buy cheap, you buy twice”. I’ve got tools in my collection that I’ve had since I was in my early teens, some 40 years ago, and they’re still going strong.
1. Track Cutters
A dedicated pair of track cutters is one of the most useful tools you can buy for model railway track laying. Unlike standard side cutters, track cutters are designed to cut model railway rail more cleanly, reducing crushing and distortion at the rail end.
“Can’t I just use a pair of wire cutters or standard side cutters to cut my track?” I hear you ask? Well… they’ll cut the track but for several reasons, I wouldn’t. Not to say that I haven’t done it. See the mistakes to avoid section at the bottom of the article for several reasons why not to use them.
Anyway, track cutters are especially useful when working with flexible track, where one or both rails may need trimming to fit the final curve or straight section. A clean cut makes it much easier to fit fishplates, align rail ends and avoid small bumps that can affect smooth running.
- Cutting flexi-track to length
- Trimming rail ends before fitting fishplates
- Creating isolation gaps
- Adjusting track once it has been test-fitted
- Tidying rail ends before filing
For track that is already fixed in place, vertical rail cutters can be particularly useful. Our Xuron 2175M vertical track cutters guide explains how these specialist cutters can be used for trimming rail on an existing layout, making them a handy addition to your track-laying toolkit.
2. Fine Files
Even a good cut can leave a small burr on the rail end. A fine flat file or needle file is essential for smoothing the cut before fitting a rail joiner. This is a quick job, but it can prevent plenty of frustrating running problems later.
After cutting the track, use a file to remove sharp edges, square off the rail end, smooth the top running surface and help fishplates slide on more easily. A smooth rail end also reduces the risk of wheel flanges catching as stock passes over the joint.
A fine file is also useful if you use a razor saw or rotary tool to cut rail, as both methods can leave a rough edge that needs cleaning up before the track is ready for use.
3. Rail Joiner and Fishplate Tools
Rail joiners, often called fishplates, are small but important. They help keep sections of track aligned and can also assist with electrical continuity between rail lengths. Because they are so small, they can be fiddly to fit, especially in N gauge or on awkward sections of track.
A pair of fine-nose pliers, tweezers or a dedicated rail joiner tool can make the job much easier. The aim is to slide the fishplate onto the rail cleanly without crushing, twisting or bending it out of shape.
- Slide fishplates onto rail ends
- Remove damaged or loose rail joiners
- Line up rail ends accurately
- Adjust slightly loose fishplates
- Check joints before final fixing
A loose, twisted or half-fitted fishplate can cause a bump in the rail, so it is worth checking every joint before you pin, glue or ballast the track permanently.
4. Track Gauges
A track gauge helps check that the rails are the correct distance apart. This is particularly useful around points, curves, hand-built track, modified track and sections where rail has been cut or adjusted.
For most ready-to-lay track systems, you may not need to check the gauge constantly. However, when troubleshooting derailments, a track gauge can quickly become one of the most useful tools in the box.
- Checking track gauge through curves
- Testing pointwork and crossings
- Finding tight spots
- Checking flangeways
- Diagnosing derailment-prone areas
A gauge is especially useful if you are building or modifying track by hand, but even modellers using standard OO gauge, N gauge, TT:120 or O gauge track can benefit from having one available.
5. Tracksetta, Curve Templates and Spacing Gauges
Smooth curves are vital for reliable running. Kinks in flexible track are one of the easiest mistakes to make, especially where a curve begins, ends or joins another section of track.
Curve templates and Tracksetta-style tools help you form consistent curves before the track is pinned, glued or screwed down. They are particularly useful when laying flexi-track, where the final shape is determined by the modeller rather than the track manufacturer.
- Creating smooth curves with flexi-track
- Avoiding sudden changes in radius
- Keeping parallel curves evenly spaced
- Planning station approaches and junctions
- Checking clearances for longer coaches and locomotives
Track spacing gauges are also useful when laying double track. Straight sections may allow closer spacing, while tighter curves usually need wider spacing to allow for coach and locomotive overhang. For more detail on this, see our model railway track spacing guide.
6. Steel Rule and Measuring Tools
A steel rule is a simple but essential track laying tool. It is more accurate and durable than a plastic ruler and is useful for both planning and construction.
Use a steel rule for measuring track cuts, checking straight sections, marking centre lines, aligning platforms, measuring track centres and checking baseboard joints. A 150 mm or 300 mm steel rule is ideal for most close-up modelling work.
For larger layouts, a tape measure is useful too, but a steel rule gives better control when working directly around the track. A flexible curve ruler or simple strip of card can also help when planning flowing curves on the baseboard before the track is fitted.
7. Pencil, Marker and Track Centreline Tools
Before fixing track down, mark a centreline on the baseboard or underlay. This gives you a clear guide to follow and helps avoid wandering track runs.
A simple pencil line can save a lot of time once glue, pins or screws are involved. It also makes it easier to lift and reposition track during test fitting, especially if you are using cork, foam or other track underlay.
- Sharp pencil
- Fine permanent marker
- Compass or trammel for curves
- Card templates
- Track planning printouts
- Centreline guides
Taking the time to mark your centreline is especially useful if you are planning a more scenic layout, as the track position will affect platforms, bridges, embankments, tunnels and lineside details later on.
8. Pin Pushers, Track Pins and Small Hammer
Many modellers use track pins to hold track in place, either permanently or temporarily while adhesive dries. Pins are quick, easy to adjust and useful during the testing stage.
A pin pusher gives better control than a hammer and reduces the risk of damaging sleepers. A small modelling hammer can still be useful, but it should be used carefully and lightly.
- Do not drive pins in too tightly
- Avoid distorting the sleepers
- Check that the track has not dipped between pins
- Test trains before final fixing
- Use pins temporarily if you plan to glue the track later
Over-tight pins can pull the track out of shape or create small dips in the rail. The aim is to hold the track securely, not force it down hard into the baseboard.
9. Adhesive Tools and Spreaders
Some modellers prefer to glue track rather than pin it. Adhesive can give a neater finish, reduce visible fixings and avoid distorting sleepers if applied carefully.
For adhesive track laying, useful tools include a small spatula, glue spreader, old brush, weights, temporary pins, masking tape and a damp cloth for cleaning excess adhesive.
The key is control. Use enough adhesive to hold the track securely, but not so much that it squeezes up between the sleepers or makes later ballasting difficult. Temporary pins, small weights or masking tape can hold the track in position while the adhesive dries.
If you are planning to glue your track and then ballast it afterwards, our guide to model railway scenic adhesives can help you choose the right product for each stage of the job.
10. Drill, Pin Vice and Small Drill Bits
A pin vice or mini drill is useful for many track laying jobs. You may need to drill holes for track pins, droppers, point motor wires or fixing screws.
A hand pin vice gives excellent control for delicate jobs, while a powered mini drill is useful for repetitive work. Both are useful additions to a model railway toolkit.
- Drilling pilot holes for track pins
- Making holes for dropper wires
- Preparing holes for point motors
- Drilling baseboard joints
- Creating clearance holes near scenic areas
When drilling near track, work slowly and carefully. It is easy to damage sleepers, rails or nearby scenic work if the drill slips.
11. Soldering Iron and Electrical Tools
Reliable track is not just about alignment. Good electrical connections are just as important, especially on larger layouts or layouts using DCC control.
Although rail joiners can carry power, many modellers prefer to solder dropper wires to each section of track and connect them to a power bus beneath the baseboard. This improves electrical reliability and reduces dependence on rail joiners alone.
- Soldering iron
- Solder
- Flux
- Wire strippers
- Side cutters
- Small pliers
- Heat-shrink tubing
- Multimeter
A multimeter is particularly useful for checking continuity, identifying dead sections and testing wiring before scenery hides the problem. For a more detailed introduction, see our basic model railway wiring for beginners guide.
12. Small Screwdrivers and Pliers
A small set of screwdrivers and pliers is useful throughout the track laying process. These are the everyday tools you will reach for when adjusting fishplates, tightening terminals, fitting accessories or making small corrections.
- Adjusting fishplates
- Tightening terminal screws
- Holding small components
- Fitting point motors
- Removing pins
- Tweaking rail alignment
- Handling small screws and fixings
Fine-nose pliers are particularly useful for delicate work, while flat-nose pliers can help straighten bent rail joiners or gently adjust metal components.
13. Sanding Block and Baseboard Preparation Tools
Track will only lay properly if the surface underneath is flat and clean. Before laying any track, check the baseboard for bumps, raised screw heads, glue blobs, rough joints or uneven underlay.
A sanding block, scraper or small file can help prepare the surface before the track is fitted. This stage is easy to rush, but track laid on an uneven surface is more likely to cause running problems later.
- Sanding block
- Small scraper
- Craft knife
- Vacuum or soft brush
- Filler
- Straight edge
Good baseboard preparation also makes it easier to add embankments, cuttings, platforms and other scenic features later. For layout-building ideas, take a look at our model railway baseboard preparation guide.
14. Craft Knife and Cutting Mat
A sharp craft knife is useful for trimming sleepers, cutting underlay, adjusting cork, opening holes for wiring and tidying scenic materials around the track.
- Cutting cork or foam underlay
- Removing plastic sleeper webs
- Trimming sleepers near rail joints
- Cutting masking tape
- Tidying ballast edges
- Preparing scenic areas around track
Always use a cutting mat and replace dull blades regularly. A sharp blade is usually safer and cleaner than a blunt one, as it needs less pressure to make an accurate cut.
15. Ballasting Tools
Although ballasting usually comes after track laying, it is closely linked to the quality of the track installation. Once ballast is glued down, it becomes much harder to adjust track alignment.
Before ballasting, run trains thoroughly over every section of track. Test slow running, reverse movements, points, curves and baseboard joints. Once the ballast is fixed, any track faults become more difficult to correct.
- Ballast spreader
- Soft brush
- Pipette or dropper bottle
- Fine mist spray bottle
- Scenic glue or diluted PVA
- Small spoon
- Track cleaning rubber
- Vacuum with fine mesh over the nozzle
Ballast makes a huge difference to the appearance of a layout, helping the track blend naturally into the surrounding scenery. For a step-by-step approach, see our how to ballast model railway track guide.
16. Track Cleaning Tools
Track laying does not end when the track is fixed down. Rail surfaces need to be kept clean for reliable electrical pickup, particularly after ballasting, painting or weathering.
- Track rubber
- Lint-free cloth
- Isopropyl alcohol
- Track cleaning wagon
- Cotton buds
- Small vacuum or soft brush
Glue, paint, scenic dust and weathering powders can easily find their way onto the railhead. A final clean after all track work is complete helps ensure smooth running from the start. For more detail, read our model railway track cleaning guide.
Recommended Beginner Track Laying Toolkit
For a beginner building a first fixed layout, a sensible starter toolkit would include the tools needed for measuring, cutting, fixing, wiring and testing track. You do not need to buy everything at once, but the following items form a strong foundation.
- Track cutters
- Fine file
- Steel rule
- Pencil
- Track pins or adhesive
- Pin pusher or small hammer
- Craft knife
- Fine-nose pliers
- Small screwdriver set
- Pin vice and drill bits
- Soldering iron
- Multimeter
- Track gauge
- Ballast brush and dropper bottle
Start with the tools needed to measure, cut and fix track accurately. Then add electrical, ballasting and scenic tools as the layout progresses. Our essential model railway tools for beginners guide is a useful companion if you are putting together your first modelling toolkit.
Common Track Laying Mistakes to Avoid
Not Taking The Right Safety Precautions
Without getting all Mr Health & Safety here… there are some things that are kinda no-brainers. Cutting track with a Dremel without eye protection is something you do at your own risk. If a cutting disk splits during cutting (which cheap ones can do), you don’t want chunks flying straight into your eye. So wear safety glasses. You might look daft, but it’ll mean you can still see your layout!
The same goes when using manual cutters. The risk diminishes here when you’re cutting a long length of track in half. You’re not likely to get tiny pieces flying off. But if you’re trimming just a few millimetres from the end of a section, that tiny offcut could quite easily ping across the room, or up into your eye. So again, please wear safety glasses.
Oh, and back to the Dremel… remember these things generate heat when they cut, so take care when handling freshly cut track. Give it a minute to cool down before you go touching the rail ends.
Cutting Track Without Filing the Ends
Freshly cut rail often has burrs. Always file the ends before fitting fishplates or running trains. This helps prevent poor joints and reduces the risk of wheels catching on rough rail ends. It also means your fishplates will fit too.
Can I Use Wire Cutters Or Side Cutters To Cut Track?
No, please don’t! Speaking from experience here… before I bought a pair of Xuron cutters, I tried cutting Peco Flexi-track with my dad’s wire cutters when I was a kid. Yes, it cut the track, but it left horrible burrs and kinda squashed the rails. That meant the fishplates/track joiners wouldn’t fit, so I had to spend ages filling ends more than I would have done with a proper pair of track cutters.
They’re also not necessarily powerful enough. With some side cutters, you’ll have to put that much pressure on; you kinda lose control of the cutting process, and sometimes the excess force will cause the track to pop out of the sleeper chairs. And once it’s popped out, it never really seems to want to pop back in again properly.
Should I Cut Track Horizontally Or Vertically?
This is a personal preference, but I would hold the cutters perpendicular (at right angles) to the sleepers and cut the rails side to side… cutting the track horizontally. For me, this tends to cause less deformation of the rail profile, meaning less tidying up of burrs, etc.
Cutting vertically tends to squash the top and bottom of the rails together, meaning fishplates don’t want to fit anymore without a lot of fettling, and you’ll often get more noticeable “clunks” as trains pass over the joints.
Pinning Track Too Tightly
Track pins should hold the track in position, not pull it down so hard that the sleepers distort. Over-tight pins can create dips, twists or slight changes in alignment.
Creating Kinks in Curves
The flexible track should form a smooth, flowing curve. Sudden kinks, especially near rail joints, are a common cause of derailments. Use curve templates or spacing gauges to keep the alignment consistent.
Relying Only on Rail Joiners for Power
This is something we’re probably all guilty of. I certainly was in my younger days, and I spent hours crawling around, cleaning tracks and trying to get trains running, where dropper wires would have completely eliminated the problem.
Rail joiners can loosen or tarnish over time. Adding dropper wires improves electrical reliability, especially on larger layouts or layouts where sections may be difficult to access later, which means your trains will (subject to keeping your track clean) run reliably.
Ballasting Too Soon
Do not ballast until the track has been fully tested. Run different locomotives and rolling stock through every route before fixing ballast permanently. Once the ballast is glued down, faults are harder to correct.
Forgetting Clearances
Check platforms, bridges, tunnels, signals and lineside details with your longest coaches and widest locomotives before fixing them in place. This is particularly important on curves, where rolling stock overhang is greater.
Final Thoughts
Good track laying is about patience, accuracy and testing. The right tools make the job easier, but the most important habit is to work slowly and check each stage before moving on.
Cut the track cleanly, file the rail ends, check the alignment, test the running and only then move on to wiring, fixing and ballasting. A little extra care at this stage will reward you with smoother running and fewer problems once the scenery is complete.
Whether you are building a compact N gauge layout, a scenic OO gauge branch line or a larger model railway, investing in a few essential track laying tools is one of the best ways to improve reliability from the start. Once the track is working properly, you can move on to the more creative stages, including track weathering, model railway ballast, lineside detailing and scenic finishing.
FAQs About Track Laying Tools For Model Railways
What tools do I need to lay model railway track?
The most useful basic tools are track cutters, a fine file, steel rule, pencil, track pins or adhesive, fine-nose pliers, a craft knife and a track gauge. For larger layouts, a soldering iron and multimeter are also very useful.
Are track cutters better than normal side cutters?
Yes. Track cutters are designed to cut model railway rail more cleanly than general-purpose side cutters. Standard cutters can crush or distort the rail, making fishplates harder to fit and joints harder to align.
Should I pin or glue model railway track?
Both methods work. Pins are quick and allow adjustment, while glue gives a neater finish and avoids visible fixings. Many modellers use pins temporarily while adhesive dries, then remove them once the track is secure.
Do I need a track gauge for ready-made track?
A track gauge is still useful, especially for checking curves, points, rail joints and problem areas where derailments occur. It may not be used constantly, but it is very helpful when troubleshooting.
When should I ballast my track?
Only ballast once the track has been fully tested. Run trains slowly through curves, points, crossings and rail joints first, because faults are much harder to fix after ballast has been glued down.
What is the best tool for cutting model railway flexi-track?
A dedicated pair of model railway track cutters is usually the easiest option for cutting flexi-track cleanly. After cutting, use a fine file to smooth the rail end before fitting a fishplate.
