OO GWR Junction Signal – Right-Hand, Two Arms (Short Post)
Featuring:
- Great Western Railway Prototype Design: OO scale junction signal featuring two arms and right-hand configuration, modelled on classic GWR signalling practice for route indication at junctions.
- Realistic Signal Detail: Short post design with dual-arm arrangement for indicating multiple route selections or diverging lines.
- Scale & Layout Compatibility: OO scale (1:76), suitable for standard OO gauge model railway layouts.
- Construction & Finish: Injection-moulded plastic with pre-finished detailing; static scenic model (non-powered).
- Layout Integration: Designed for trackside placement at junctions, stations, or complex route splits.
Model Dimensions (Approximate):
- Scale: OO (1:76)
- Gauge Context: OO gauge (16.5mm track standard)
Technical Specifications:
- Category: Railway Trackside Accessory
- Type: GWR Junction Signal – Right-Hand, Two Arms, Short Post
- Material: Injection-moulded plastic
- Finish: Pre-coloured detailing
- Assembly: Ready-to-place
- Paint/Glue: Not required (optional for advanced detailing)
- Recommended Age: 14+
- Power Requirement: None
- Compatibility: OO gauge model railway layouts
Perfect for: OO scale railway modellers creating prototypical Great Western Railway layouts, especially junction scenes, branch line intersections, and mainline divergence points.
Why this model matters
Junction signals were essential to safe railway operations, providing clear visual instructions to drivers navigating diverging routes. The Great Western Railway used distinctive multi-arm signal designs to communicate complex route information efficiently.
This model adds operational realism and historical accuracy to OO gauge layouts, particularly those representing busy junctions or regional network hubs.
How to use it
Place the signal at a junction or track divergence point where route direction must be indicated. It is a static scenic accessory and does not require wiring or electrical connection. Optional weathering or painting can be applied for enhanced realism.