The Class 101 Diesel Multiple Units were the most numerous of all the first generation DMUs and had a long service life, remaining in use for almost half a century, and we’re delighted to present N Scale models of this iconic unit as part of the Graham Farish range.
This two-car unit depicts a Class 101 in BR Blue livery operating in North East England and is typical of much of the fleet during the British Rail era. Each of the two cars is constructed from precision moulded bodyshells with flush glazing and a high level of raised and engraved detailing, from the ventilators and rivets found on the roof to the door furniture and window frames along each bodyside. Each chassis is adorned with all the underframe components you’d see on the prototype, including the engine, transmission, battery boxes and auxiliary gear.
Both vehicles are brought to life with an exquisite livery application, using accurate colours, fonts and logos, and the detail and decoration extends to the interior too, where seating is fitted and painted accordingly, and the cab provides crew seats along with a representation of the control desk.
The bogies are moulded with a high level of relief detail and separate footsteps are added where appropriate, meanwhile metal wheelsets are employed and electrical pickups from every wheel provide power for the directional lights at each cab end. The motorised vehicle is fitted with a powerful three pole motor with flywheel and with pre-fitted DCC decoders in this SOUND FITTED model, you can enjoy authentic running sounds straight from the box on both analogue and DCC.
MODEL FEATURES:
•Graham Farish N Scale
•Era 7
•Pristine BR Blue livery
•2-Car Unit comprising DMBS No. E50166 and DTCL No. E56051
•Destination Blinds for Hartlepool and Darlington
•Accessory Pack
•NEM Coupling Pockets
•Powerful 3 Pole Motor with Flywheel
•Interior Detailing
•Directional Lighting
•Speaker Fitted
•SOUND FITTED - Fitted with a Zimo MX649N DCC Sound Decoder (plus a Zimo MX671N DCC decoder in the trailer vehicle)
•Length 262mm (over couplings)