This 1990 Precision Scale Co. model was built by Hyodong in Korea. The original box shows some fading and moderate shelf wear. It's custom - painted and lettered to represent a Southern Pacific car. The model features added interior partitions, window glazing, and shades. The paint job is of high quality, though not at a professional level. It depicts a Harriman Common Standard Observation car before its conversion into diners by SP in the early 30s. Brand: Brass Precision Scale Co. Part Number: PSC - 15790. Condition: C - 7 Excellent. It has full underbody and added full interior details. Decorated in a custom Daylight Scheme and lettered as Southern Pacific #2804. No lighting. Comes with Kadee couplers, metal wheels, and sprung trucks. Packaged in the original box and foam. Free domestic USA shipping for purchases over $199! Flat shipping rates are based on item value or weight. All items are fully insured, and shipments over $250 need a signature. We ship worldwide. International rates are calculated for affordability. Buyer pays for imports, duties, and tariffs. Rates are calculated at checkout. Our packing is top - notch, with over 10 years of experience in handling these rare and fragile models. We accept major credit cards, PayPal, Apple Pay, Google Pay, etc. 100% satisfaction guarantee with a 30 - day no - questions - asked money - back policy (buyer pays return shipping unless item is damaged).




















Using this model is easy. You can simply place it on your train track and enjoy how it looks as part of your collection. It's mainly for display purposes, so handle it gently to avoid any damage. When it comes to maintenance, keep it in a dry and clean place. Avoid touching the painted surface with dirty hands as it might leave marks. If there's dust on it, use a soft, dry cloth to gently wipe it away. When storing, make sure to keep it in the original box and foam to protect it from bumps and scratches. If you're shipping it, follow our packing instructions carefully to ensure it arrives safely at its destination.