L.S. Models LS40802DC H0 3er Set GC Personenwagen, SNCF, Ep. IV, Jules Verne, C

L.S. Models LS40802DC H0 3er Set GC Personenwagen, SNCF, Ep. IV, Jules Verne, C Product Details

Description

L.S. Models LS40802DC H0 3-Car Set GC Passenger Cars, SNCF, Era IV, Jules Verne, C

Bring the atmosphere of French long-distance rail travel to your H0 DC layout: The L.S. Models LS40802DC H0 Set of 3 GC Passenger Cars, SNCF, Era IV, Jules Verne, C adds three matching passenger cars to your model railroad for elegant SNCF train formations. With its Jules Verne theme, this set is ideal for authentically recreating classic passenger train and mainline scenes from Era IV.

SNCF GC Passenger Cars in Jules Verne Service

The GC passenger cars are a perfect match for high-quality French long-distance trains. As a 3-car set, they immediately form a harmonious group of cars that can be ideally combined with matching SNCF electric locomotives and additional passenger cars.

Set variant C is particularly appealing to model railroaders who want to specifically expand their Jules Verne train set or add realistic details to an existing SNCF set.

For H0 DC layouts

The set is designed for the 2L DC system and comes without digital or sound functions. The NEM-compliant coupler with KK kinematics ensures a clean connection between the cars and contributes to a cohesive appearance within the train set.

A Harmonious Addition to French Passenger Trains

The L.S. Models LS40802DC 3-Car GC Passenger Car Set is an attractive choice for collectors and layout operators who wish to recreate French SNCF long-distance scenes from Era IV. The set really comes into its own on main lines, in station scenes, or in a display case.

Expand your H0 fleet with this Jules Verne car set and create authentic French passenger trains for 2L DC operation.

Features:

• Set of 3 GC Passenger Cars, SNCF, Era IV, Jules Verne, C
• Scale: H0
• Type: Passenger Car
• Railroad Company: SNCF
• Era: IV
• Power System: 2L DC
• Digital: no
• Sound: No
• Coupling system: NEM-compliant coupling shaft with KK kinematics