Station-Side Platform
This platform is positioned directly beside the station building. Passengers can normally reach it without crossing a track. It is a particularly simple and space-saving solution for branch-line stations and small layouts.
Length · Height · Track Spacing · Access · Equipment
Plan & Design Model Railway Platforms
From a short branch-line platform to a long ICE station: platform length, height, track spacing, canopy and access determine whether a model railway station looks convincing and operates reliably.
The Interface Between the Train and Its Passengers
What Makes a Good Model Railway Platform?
Planning and designing model railway platforms begins with the intended train operation. The platform must be positioned where passenger trains actually stop, be sufficiently long and provide adequate clearance from the vehicle profile. Canopies, benches, lighting, passenger information and figures should only be added once these basic requirements work correctly.
The most important dimension is the usable length. A branch-line station serving a railbus, short multiple unit or two passenger coaches needs considerably less platform than a station designed for five-car multiple units, InterCity services or ICE trains. The longest intended train should therefore be positioned in full while the track plan is still being developed.
Height is equally important. Low historic platforms create a very different appearance from modern higher platforms. The reference point is always the top of rail rather than the layout baseboard. Track with integrated roadbed sits higher, so ready-made platforms may need to be raised with a suitable substructure.
Platforms are also always part of the complete station system. Passengers need a logical route from the station building or forecourt to the train. Side platforms, island platforms, underpasses and footbridges are therefore not simply decoration: they influence the structure of the entire station. Suitable station buildings and platform products can be found in the Railway Facilities Building category.
Position and Access Determine the Type
Which Types of Platform Are There?
Not every station requires the same type of platform. The design depends on the number of tracks, era, train service and available space.
Island Platform
An island platform lies between two tracks and can serve trains on both sides. It needs sufficient width for passengers, canopy supports, stairs, benches and appropriate clearance from trains.
Opposing Side Platforms
One platform is positioned on each outer side of a double-track railway. This arrangement is especially suitable for modern halts and can reduce the amount of track spacing required between the running lines.
Low Gravel Platform
Low platforms built from gravel, earth or simple slabs are well suited to historic branch lines. They look less engineered and are relatively easy to construct individually.
Covered Platform
A canopy immediately makes a station appear larger and more urban. Historic cast-iron structures look very different from modern steel, concrete and glass canopies.
Modern High Platform
Modern platforms are more closely coordinated with vehicle floor heights and step-free access. Clean platform edges, weather protection, passenger information and lighting define the scene.
The Train First, the Platform Edge Second
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Plan Platform Length and Track Geometry Correctly
The usable platform length should match the longest passenger train intended to stop there. A small margin at both ends creates a more believable appearance and makes precise stopping easier.
Determine Longest Train
Mark Stopping Position
Define Usable Length
Test Vehicle Clearance
Add Canopy & Access
Calculate Platform Length
Enter the length of the longest intended passenger train and the desired reserve at each end.
Recommended usable platform length: 1,300 mm.
Position the Complete Train
Usable Length
The doors of the end coaches should also remain beside the platform
Do not base the calculation only on locomotive length. For multiple units and passenger trains, the coaches, doors and intended stopping position all matter.
Prefer Straight Track
Vehicle Clearance
The distance to the platform edge changes on curves
Long coaches swing sideways in curves. If a curved platform cannot be avoided, test the clearance with the actual longest vehicles that will be used on the layout.
Make Island Platforms Wide Enough
Space Between Tracks
Stairs and canopy supports require additional room
A narrow platform may work without many details. Once weather protection, seating, stairs and passengers are added, considerably more width is required.
Plan the Overhead Line Early
Electrified Station
Canopy, mast and contact wire must work together
Large canopies in particular can restrict mast positions. Contact wire, support masts and canopy edges should therefore be considered during the initial positioning test.
Measure from the Top of Rail, Not the Baseboard
Convert Prototype Platform Heights to Model Scale
For current German railway prototypes, platform heights of 55, 76 and 96 centimetres above the top of rail are particularly relevant reference values. For new or extensively rebuilt platforms, 76 and 96 centimetres are important standard heights under the German railway framework, while 55-centimetre platforms are also used on designated routes and in coordinated vehicle systems. Historic platforms can be considerably lower.
To obtain an approximate model dimension, divide the prototype height by the scale ratio. This provides a useful planning reference rather than a universal construction dimension. Ready-made products have fixed structural heights, and track with integrated roadbed changes the effective height of the railhead.
| Gauge / Scale | 55 cm | 76 cm | 96 cm |
|---|---|---|---|
| Z · 1:220 | approx. 2.5 mm | approx. 3.5 mm | approx. 4.4 mm |
| N · 1:160 | approx. 3.4 mm | approx. 4.8 mm | approx. 6.0 mm |
| TT · 1:120 | approx. 4.6 mm | approx. 6.3 mm | approx. 8.0 mm |
| H0 · 1:87 | approx. 6.3 mm | approx. 8.7 mm | approx. 11.0 mm |
| 0 · approx. 1:45 | approx. 12.2 mm | approx. 16.9 mm | approx. 21.3 mm |
| 1 · 1:32 | approx. 17.2 mm | approx. 23.8 mm | approx. 30.0 mm |
Practical tip: position a typical passenger coach directly beside the loose platform edge. The visual relationship between the coach floor, doors and platform is often more useful during model construction than relying on an abstract millimetre value alone.
The Route to the Train Is Part of the Station Scene
Create Believable Platform Access
A station-side platform can normally be reached directly from the station building. Island and centre platforms need a logical access route of their own. At small historic stations, a level track crossing may be sufficient. Larger stations use underpasses, footbridges, stairs, ramps or lifts.
Underpasses create particularly effective visual depth on a model railway. Auhagen 11376 in H0, for example, includes an underpass that can be integrated or omitted. Historic TT platform systems can also combine canopies, stairs and tunnel access. The passenger route should then continue logically towards the station forecourt.
Streets, pavements and station forecourts can be developed further using the Model Railway Paths & Squares guide. This prevents the platform from ending as an isolated object at the edge of the layout and turns it into part of a complete transport scene.
Small Details Reveal Era and Use
Add Benches, Lighting and Passenger Information
Benches & Weather Protection
Seating is normally concentrated beneath canopies or in sheltered areas. Modern stations can use transparent waiting shelters and contemporary seating systems.
Station Clocks
A clock is one of the classic platform details. Its shape and design should match the era being represented.
Destination Displays
Historic destination boards and modern electronic displays make different station eras immediately recognisable and give the platform a clear operating function.
Lighting
Platform lights create a particularly strong effect during evening operation. Cables should ideally be routed through the baseboard before the platform is permanently installed.
Passengers
Arrange figures in small groups near stairs, benches, train doors and information points. Deliberately empty areas are also an important part of a believable platform scene.
Luggage & Railway Staff
Luggage trolleys, conductors and station staff work especially well at historic or larger stations and make visible operating processes easier to understand.
From Z Gauge to Garden Railways
Platforms for All Important Model Railway Gauges
| Gauge | Scale | Strength | Recommendation |
|---|---|---|---|
| Z | 1:220 | Very long station within a small area | Use fine platform edges and restrained furniture. |
| N / Nm | 1:160 | Long passenger trains | Ideal for larger through stations and main-line stations. |
| TT / TTm / TTe | 1:120 | Balanced relationship between space and detail | Ready-made platforms and flexible edges can be combined well. |
| H0 / H0m / H0e | 1:87 | Widest choice of accessories | Integrate the platform into the station plan from the beginning. |
| S | approx. 1:64 | Strong visible detail | Individual scratch-building provides a high level of flexibility. |
| 0 / 0m / 0e | approx. 1:45 | Highly three-dimensional station scenes | Short terminus or branch-line stations help save space. |
| 1 / Im | 1:32 | Extremely detailed individual scenes | Give particular attention to surfaces and furniture. |
| G / IIm | often approx. 1:22.5 | Large-scale and garden railways | Use weather-resistant materials for outdoor installations. |
From the Test Train to the Finished Station
Build a Model Railway Platform in Eight Steps
Step 1 · Train Length
Position the Longest Passenger Train
Mark the intended stopping position and use it to determine the required platform length.
Step 2 · Platform Edges
Position the Platform Edge Loosely Beside the Track
Test vehicle clearance with long coaches before permanently gluing any parts in place.
Step 3 · Height
Build the Substructure to Suit the Track System
With roadbed track, the complete platform may need to be raised so that the visible height above the railhead remains correct.
Step 4 · Access
Add Stairs, an Underpass or Track Crossing
The route from the station building to the train should remain understandable within the model scene.
Step 5 · Surface
Create Paving, Concrete or Gravel Surfaces
Small colour variations, joints and restrained signs of wear prevent the platform from looking like a sterile plastic surface.
Step 6 · Canopy
Coordinate the Canopy and Overhead Line
Canopy supports, overhead-line masts and rolling stock must not interfere with one another.
Step 7 · Equipment
Add Lights, Benches and Signs
Place details where they have a functional reason rather than distributing them evenly along the complete platform.
Step 8 · Passengers
Position Figures According to Visible Activities
Waiting, boarding and arriving passengers should form small, understandable groups.
Test Every Adjacent Track Before Permanently Fixing the Platform
Use the longest coaches and vehicles with large footsteps or significant overhang. Only fix the platform permanently after all vehicles pass freely beside the platform edge, canopy supports and other equipment.
Complete Platforms, Edges and Station Accessories
Suitable Product Categories for Model Railway Platforms
Railway Facilities
Complete platforms, platform edges, stations and operational railway buildings.
Building Boards & Surfaces
Paving, concrete and textured materials for individually built platforms.
Building Accessories
Benches, signs and further details for station and platform scenes.
Platform Lights
Historic and modern lighting for evening and night operation.
Passengers & Railway Staff
Travellers, conductors and railway staff for lively station scenes.
Stations
Develop the track plan, station building and platforms as one coherent railway scene.
H0 Gauge
Complete and Modular Platforms in 1:87
Auhagen · H0 · 570 mm
Auhagen 11376 Platform
Extensively equipped 570 mm platform with canopy, optional underpass, benches, clocks, signs and additional station accessories.
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FALLER · H0 · 634 mm
FALLER 120193 ICE Platforms
Two modern 634 mm platforms with glazed waiting area, seating, bins and signs; designed to be extendable.
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FALLER · H0 · Era V
FALLER 120202 Modern Platform
Flexible platform system with destination displays, ticket machines, lamps, information boards and adjustable platform width.
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FALLER · H0 · Era I
FALLER 120204 Platforms
Historic two-platform set with delicate cast-iron-style canopy construction, station clock and destination signs.
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NOCH · H0 · Era III–IV
NOCH 66018 Curved Platform Ends
Structured hard-foam end sections for a smooth transition at the ends of modular H0 platforms, designed for Märklin C Track.
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Auhagen · H0 · Custom Build
Auhagen 41200 Platform Edges
Flexible platform-building elements for individual widths, long straight sections and curved platform construction.
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TT Gauge
Platforms and Flexible Edges in 1:120
Auhagen · TT
Auhagen 13312 Platform
Compact covered TT platform with detailed steel construction and roofing, suitable for station scenes with a 92 mm track centre spacing.
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Auhagen · TT · Historic
Auhagen 13221 Platform
Historic covered platform with cast-iron-style columns, benches and an exit from a pedestrian tunnel.
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Auhagen · TT
Auhagen 13355 Platform
Fine historic platform architecture with delicate canopy construction for larger TT station scenes.
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Auhagen · TT · Custom Build
Auhagen 43587 Platform Edges
Flexible 10 mm platform edges for straight sections, curved platforms and individually designed surfaces.
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N Gauge
Long Platforms and Modular Edges in 1:160
FALLER · N · 584 mm
FALLER 222124 Platform
Long 584 mm platform that can be installed repeatedly in sequence for larger N-gauge passenger stations.
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FALLER · N · Historic
FALLER 222126 Platforms
Two historic 363 mm platforms with station accessories for classic Era I N-gauge scenes.
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BRAWA · N · Platform Edges
BRAWA 2697 Platform Edges
Modular edge system for individually designed N-gauge platforms and variable usable lengths.
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Auhagen · N · Custom Build
Auhagen 44631 Platform Edges
Flexible components for straight and curved individually built N-gauge platforms.
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Z Gauge
Compact Platforms for 1:220 Stations
Current Products Directly from Modellbahnshop
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Manufacturer Worlds at Modellbahnshop
Manufacturers for Platforms and Station Equipment
Ready-made platforms and individual platform edges from different manufacturers can be combined successfully when scale, visible height, surface structure and era are coordinated carefully.
Combine Ready-Made Platforms with Custom Construction
A covered main section can be extended using separate platform edges or simpler custom-built sections. This often makes it easier to achieve the required train length than using identical ready-made modules throughout.
Frequently Asked Questions About Platform Planning
Questions About Model Railway Platforms
How Long Should a Model Railway Platform Be?
It should at least accommodate the longest passenger train that regularly stops there. A small reserve at both ends improves the appearance and makes the stopping position easier to manage.
How High Should an H0 Platform Be?
That depends on the prototype being represented. A prototype platform height of 76 cm corresponds to approximately 8.7 mm in H0 when measured above the top of rail. The structural height of the platform product and the selected track system must also be considered.
What Is a Station-Side Platform?
A station-side platform is positioned directly beside the station building and can normally be reached without crossing a railway track.
What Is an Island Platform?
An island platform lies between two tracks and can be used from both sides. It therefore requires its own safe and believable passenger access route.
Can a Platform Be Built on a Curve?
Yes. Because vehicles overhang the track differently on curves, however, the distance to the platform edge must be tested with the longest vehicles actually used on the layout.
How Do You Adapt a Platform to Roadbed Track?
Integrated roadbed raises the top of rail. A suitable substructure beneath the platform can compensate for this height difference until the desired platform height is achieved.
Which Details Belong on a Historic Platform?
Benches, station clocks, historic signs, luggage trolleys, advertising boards, suitable lighting and appropriately dressed passengers work especially well.
Which Details Belong on a Modern Platform?
Passenger information, weather protection, seating, lighting, ticket machines, signage and step-free access are characteristic elements of modern platforms.
Which Gauge Is Best for Long Platforms?
Z and N make particularly long stations possible within a comparatively small area. TT provides a useful middle ground, while H0 offers the widest range of platform accessories.
How Do You Light a Model Railway Platform?
Route cables before permanently installing the platform wherever possible. Select lights to suit the scale, platform type and railway era being represented.
How Many Figures Should Be Used on a Platform?
Small groups near stairs, waiting areas, benches and train doors usually look more natural than figures distributed evenly over the complete platform.
Can Platforms from Different Manufacturers Be Combined?
Yes. Scale, platform height, width, surface structure and architecture should be coordinated. Custom boards and separate platform edges can help create visually smooth transitions.
Content and product information checked on . Please additionally verify product dimensions, installation heights and specific track clearances on the respective product pages.
From the Platform to a Complete Model Railway Station
Further detailed guides covering stations, signal boxes, locomotive sheds, track, scenery, gauges, digital technology and realistic model railway operation can be found in the central Model Railway Guide.