Working Signals

Part of the Ratio 'Quick Assembly' family of signals. These allow you to make home and distant signals quickly and easily. They include signal operating wire and lever. This kit enables you to replicate a GWR Home Signal. Kit includes pre-coloured signal arm, glue and paints required to complete model.

2M Extenstion cable for wiring Dapol motorised signals.

A highly detailed model of a conical-roof water tower with water delivery arm.

A highly detailed model of a conical-roof water tower with water delivery arm.

A highly detailed model of a flat-roof water tower with water delivery arm.

A pack of 12 x 3-lamp weathered-aspect plug and play signals in 4mm scale (OO), complete with control board and accessories.

The DCD-MGS-BR is the classic 3-lamp ground signal. It was first introduced in the mid 1930’s and spread far and wide. Most are still in use today. This makes it a great choice for layouts of many prototypes and periods. The STEAM era version has a slightly yellower “White” aspect, as ground signals in that period were often covered with tar-based “weathering” from steam locomotive induced pollution.

A detailed working model of a GWR lower quadrant junction signal with the short post to the left.

This detailed operating signal features LED lighting, shining through the red or green lens of the signal arm depending on position and a fine etched steel ladder. The signal fits through a 13mm diameter in the baseboard, allowing the motor and electronics to be fitted out of sight below the baseboard. Supplied ready for DC operation, conversion to DCC is possible using a static accessory decoder (not supplied).

DCC accessory decoder designed for opertaing Dapols' working signals.

Dapol OO GWR Home Signal Motorised 4L-001-001
A detailed working model of a GWR lower quadrant home or stop signal.
This detailed operating signal features LED lighting, shining through the red or green lens of the signal arm depending on position and a fine etched steel ladder. The signal fits through a 13mm diameter in the baseboard, allowing the motor and electronics to be fitted out of sight below the baseboard. Supplied ready for DC operation, conversion to DCC is possible using a static accessory decoder (not supplied).

A detailed working model of a GWR lower quadrant distant or warning signal.

This detailed operating signal features LED lighting, shining through the red or green lens of the signal arm depending on position and a fine etched steel ladder. The signal fits through a 13mm diameter in the baseboard, allowing the motor and electronics to be fitted out of sight below the baseboard. Supplied ready for DC operation, conversion to DCC is possible using a static accessory decoder (not supplied).

A detailed working model of a GWR lower quadrant home or stop signal mounted on a round steel post.
This detailed operating signal features LED lighting, shining through the red or green lens of the signal arm depending on position and a fine etched steel ladder. The signal fits through a 13mm diameter in the baseboard, allowing the motor and electronics to be fitted out of sight below the baseboard. Supplied ready for DC operation, conversion to DCC is possible using a static accessory decoder (not supplied).

A detailed working model of a GWR lower quadrant junction signal with the short post to the right.

This detailed operating signal features LED lighting, shining through the red or green lens of the signal arm depending on position and a fine etched steel ladder. The signal fits through a 13mm diameter in the baseboard, allowing the motor and electronics to be fitted out of sight below the baseboard. Supplied ready for DC operation, conversion to DCC is possible using a static accessory decoder (not supplied).

A detailed working model of a GWR lower quadrant bracket signal with the arm mounted on a short post offset to the right.

This detailed operating signal features LED lighting, shining through the red or green lens of the signal arm depending on position and a fine etched steel ladder. The signal fits through a 13mm diameter in the baseboard, allowing the motor and electronics to be fitted out of sight below the baseboard. Supplied ready for DC operation, conversion to DCC is possible using a static accessory decoder (not supplied).

A detailed working model of a GWR lower quadrant bracket signal with the arm mounted on a short post offset to the left.

This detailed operating signal features LED lighting, shining through the red or green lens of the signal arm depending on position and a fine etched steel ladder. The signal fits through a 13mm diameter in the baseboard, allowing the motor and electronics to be fitted out of sight below the baseboard. Supplied ready for DC operation, conversion to DCC is possible using a static accessory decoder (not supplied).

Dapol OO LMS Home SIgnal Motorised 4L-002-001
A detailed working model of a LMS upper quadrant home or stop signal.
This detailed operating signal features LED lighting, shining through the red or green lens of the signal arm depending on position and a fine etched steel ladder. The signal fits through a 13mm diameter in the baseboard, allowing the motor and electronics to be fitted out of sight below the baseboard. Supplied ready for DC operation, conversion to DCC is possible using a static accessory decoder (not suppliied).

Dapol OO LMS Distant Signal Motorised 4L-002-002
A detailed working model of a LMS upper quadrant distant or warning signal.
This detailed operating signal features LED lighting, shining through the red or green lens of the signal arm depending on position and a fine etched steel ladder. The signal fits through a 13mm diameter in the baseboard, allowing the motor and electronics to be fitted out of sight below the baseboard. Supplied ready for DC operation, conversion to DCC is possible using a static accessory decoder (not supplied).

A detailed working model of a LMS upper quadrant junction signal with the short post to the right.

This detailed operating signal features LED lighting, shining through the red or green lens of the signal arm depending on position and a fine etched steel ladder. The signal fits through a 13mm diameter in the baseboard, allowing the motor and electronics to be fitted out of sight below the baseboard. Supplied ready for DC operation, conversion to DCC is possible using a static accessory decoder (not supplied).

A detailed working model of a LMS upper quadrant junction signal with the short post to the left.

This detailed operating signal features LED lighting, shining through the red or green lens of the signal arm depending on position and a fine etched steel ladder. The signal fits through a 13mm diameter in the baseboard, allowing the motor and electronics to be fitted out of sight below the baseboard. Supplied ready for DC operation, conversion to DCC is possible using a static accessory decoder (not supplied).

A detailed working model of a LMS upper quadrant bracket signal with the arm mounted on a short post offset to the right.

This detailed operating signal features LED lighting, shining through the red or green lens of the signal arm depending on position and a fine etched steel ladder. The signal fits through a 13mm diameter in the baseboard, allowing the motor and electronics to be fitted out of sight below the baseboard. Supplied ready for DC operation, conversion to DCC is possible using a static accessory decoder (not supplied).

A detailed working model of a SR lattice post home or stop signal.
Lattice posts were often constructed using four light steel angle section, these being braced together with a lattice of flat steel pieces, increasing the strength and rigidity of the combined structure at a modest cost in materials.
This detailed operating signal features LED lighting, shining through the red or green lens of the signal arm depending on position and a fine etched steel ladder. The signal fits through a 13mm diameter in the baseboard, allowing the motor and electronics to be fitted out of sight below the baseboard. Supplied ready for DC operation, conversion to DCC is possible using a static accessory decoder (not supplied).

A detailed working model of a SR ladder style post home or stop signal.
The ladder style post was of simpler construction than the lattice style but required two more substantial vertical members, either made from old rail or C, I or H steel section. Similar posts could also be cast in concrete.

This detailed operating signal features LED lighting, shining through the red or green lens of the signal arm depending on position and a fine etched steel ladder. The signal fits through a 13mm diameter in the baseboard, allowing the motor and electronics to be fitted out of sight below the baseboard. Supplied ready for DC operation, conversion to DCC is possible using a static accessory decoder (not supplied).

A detailed working model of a SR ladder style post distant or caution signal.
The ladder style post was of simpler construction than the lattice style but required two more substantial vertical members, either made from old rail or C, I or H steel section. Similar posts could also be cast in concrete.

This detailed operating signal features LED lighting, shining through the red or green lens of the signal arm depending on position and a fine etched steel ladder. The signal fits through a 13mm diameter in the baseboard, allowing the motor and electronics to be fitted out of sight below the baseboard. Supplied ready for DC operation, conversion to DCC is possible using a static accessory decoder (not supplied).

A detailed working model of a SR lattice post home or stop signal mounted on a short height lattice post. These shorter posts were often used as platform starter signals, the lowered signal arm being placed closer to the drivers' normal line of vision and visible to the guard when viewed from below a platform canopy.
This detailed operating signal features LED lighting, shining through the red or green lens of the signal arm depending on position and a fine etched steel ladder. The signal fits through a 13mm diameter in the baseboard, allowing the motor and electronics to be fitted out of sight below the baseboard. Supplied ready for DC operation, conversion to DCC is possible using a static accessory decoder (not supplied).