The Smartswitch(TM) system can be used to operate turnouts, semaphore signals, level crossing gates and barriers and other moving features. This Stationary Decoder provides an interface between a Smartswitch Control Board and a DCC control system to enable the operation of turnouts, semaphore signals, crossing gates etc through a DCC controller. Watch the videos to see the potential uses and ease of installation of this system and see our Shows You How booklet No. 24 Operating Points and Signals.

The Smartswitch(TM) system can be used to operate turnouts, semaphore signals, level crossing gates and barriers and other moving features. This Smartfrog unit facilitates changing frog polarity when using the Smartswitch system to operate turnouts. Watch the videos to see the potential uses and ease of installation of this system and see our Shows You How booklet No. 24 Operating Points and Signals.

The Smartswitch(TM) system can be used to operate turnouts, semaphore signals, level crossing gates and barriers and other moving features. This Servo can be used in conjunction with the PLS-120 Control Board. Watch the videos to see the potential uses and ease of installation of this system and see our Shows You How booklet No. 24 Operating Points and Signals.

Enables switches to be connected without any need for soldering. Power is supplied through the fitted leads and each switch is automatically connected when fitted. Simply push the button on the front to open the holes, and feed in the bare wires from the turnout motor - no soldering or other fixing required. The PL-51 allows the PL-50 module to be extended to any size required.

For use with all solenoid motors (e.g. PL-10 and Pl-11). Connect this unit to the 16v ac supply on your transformer. The capacitor stores up power and discharges a 'kick' to ensure turnout blades 'snap over' every time.

Use this switch to control the polarity on the N Gauge Code 55 SL-E383F Scissors Crossover. See Shows You How Booklet Wiring the Layout No 21 for a comprehensive colour coded diagram.

900 of these vans were built between 1930 and 1936. Seen all over the former LNER system, they lasted in service into the mid 1960s. These finely moulded plastic wagon kits come complete with pin point axle wheels and bearings. Glue and paint will be required, along with appropriate transfers. Additional parts to enable the vehicle to be modelled incorporating modifications made to the prototypes during their working life are included where appropriate.

30 of these horse boxes (diagram 5) were built by the LNER in 1938, mainly to carry racehorses to meetings throughout Britain. Many lasted into the early 1960s. These finely moulded plastic wagon kits come complete with pin point axle wheels and bearings. Glue and paint will be required, along with appropriate transfers. Additional parts to enable the vehicle to be modelled incorporating modifications made to the prototypes during their working life are included where appropriate.

Diagram N13. 300 of these were built in the 1920s with many lasting into the 1950s and 60s. Seen throughout Britain carrying horses to racecourses and stables, invariably marshalled in passenger or parcel trains. These finely moulded plastic wagon kits come complete with pin point axle wheels and bearings. Glue and paint will be required, along with appropriate transfers. Additional parts to enable the vehicle to be modelled incorporating modifications made to the prototypes during their working life are included where appropriate.

This was the final design of the GWR Fruit Van (diagram Y11) of which 50 were built in 1939-1941. More were built by BR in the 1950s and some were in service into the 1970s. These finely moulded plastic wagon kits come complete with pin point axle wheels and bearings. Glue and paint will be required, along with appropriate transfers. Additional parts to enable the vehicle to be modelled incorporating modifications made to the prototypes during their working life are included where appropriate.

(Diagram 109) Introduced in the 1920s to carry valuable cattle with their attendants, they were mainly seen on passenger trains until the 1960s. These finely moulded plastic wagon kits come complete with pin point axle wheels and bearings. Glue and paint will be required, along with appropriate transfers. Additional parts to enable the vehicle to be modelled incorporating modifications made to the prototypes during their working life are included where appropriate.

849 of these vans (diagram 1659) were built between 1924 and 1927. In general traffic they survived into the 1960s, while those in Engineer’s fleet lasted into the 1980s. These finely moulded plastic wagon kits come complete with pin point axle wheels and bearings. Glue and paint will be required, along with appropriate transfers. Additional parts to enable the vehicle to be modelled incorporating modifications made to the prototypes during their working life are included where appropriate.