Kato 176-6054 Siemens ALC-42 Charger Amtrak #312 (Phase VII, Two-Tone Blue, white, red) Standard DC N Scale

The Kato 176 - 6054 is a stunning N Scale Standard DC model of the Siemens ALC - 42 Charger Amtrak #312 in Phase VII's two - tone blue, white, and red livery. Note that the picture might show a different road number. This model is based on the 2022 additions to Amtrak's long - distance diesel locomotive roster, designed to replace the GE P42 in general passenger service. The first ALC - 42 entered revenue service in 2022. It has an extended nose, a larger fuel and sandfill tank, and internal mods for cross - country travel. Kato has replicated all these details in a brand - new design. The engine's smooth curves are precisely modeled, with a visible engine compartment under the side grille. You can install an interior lighting kit #381 - 11211 at the rear for an illuminated engine compartment. It features a detailed body, a five - pole motor with dual flywheels, all - wheel electrical pickup, a heavy die - cast chassis, fine decoration, directional LED headlights, and Kato magnetic knuckle couplers. Hybrid steel and plastic wheels offer all - wheel pickup with prototype details. This N Scale model is perfect for 2022 - and - later layouts. The standard DC unit comes with a lighting control board that can be swapped for a DCC decoder (sold separately).

Using this Kato N Scale Siemens ALC - 42 Charger is easy. Just connect it to your standard DC power source and watch it go on your layout. If you want to add interior lighting, install the interior lighting kit #381 - 11211 at the rear of the engine. When you're ready to upgrade to DCC, swap the lighting control board for a DCC decoder (available separately). For maintenance, keep the locomotive clean. Use a soft brush to remove dust from the body and wheels. Check the all - wheel electrical pickup regularly to ensure smooth operation. Avoid exposing the model to extreme temperatures or humidity. When not in use, store it in a cool, dry place to keep it in top condition.