96727 HO-727 JR Taki 1000 JOT w/Rear Lights

96727 HO-727 JR Taki 1000 JOT w/Rear Lights

Details:

Bring contemporary Japanese freight realism to your layout with the TOMYTEC TAKI 1000 “JOT” Tank Wagon with Rear Lights, a finely detailed 1:80 scale model representing one of Japan’s most important modern liquid freight wagon types. This eye-catching model combines prototypical accuracy with functional lighting, making it a standout piece for both operational layouts and display collections.

The prototype TAKI 1000 series tank wagon is widely used in Japan for transporting petroleum and chemical products. Operated by companies such as Japan Oil Transportation (JOT), these wagons form a key part of Japan’s bulk freight logistics network. Designed for high-speed freight operation, the TAKI 1000 features a robust cylindrical tank body mounted on a heavy-duty bogie underframe, allowing safe and efficient transport of liquids across long distances at line speeds.

This TOMYTEC model enhances realism further by incorporating integrated rear lighting, simulating end-of-train visibility for night operation or exhibition running. The illuminated tail light adds both operational interest and visual impact, especially when used in long freight consists or dimly lit scenic layouts.

Features:

• 1:80 scale TOMYTEC TAKI 1000 JOT tank wagon.
• Highly detailed cylindrical tank body with prototypical markings.
• Integrated rear tail light for realistic end-of-train operation.
• Based on modern Japanese petroleum/chemical freight wagons.
• Fine underframe detailing and realistic bogie construction.
• Ideal for modern Japanese freight and industrial layouts.

Historical Background

The TAKI 1000 series is a modern Japanese tank wagon designed for high-speed freight transport of petroleum products and chemicals. Operated primarily by Japan Oil Transportation (JOT) and related logistics companies, these wagons are a common sight on Japan’s freight network, forming long unit trains between refineries, depots, and industrial distribution centres.