High-speed rail cabin seat layout simulation teaching aid; high-speed rail crew etiquette training display accessory

This comprehensive high-speed train simulation model features strict control over materials and manufacturing processes. Specifically designed for long-term instructional use in rail transit education laboratories, it serves as a highly durable professional training tool. The entire vehicle is meticulously simulated based on the actual exterior shape and structural parameters of a real high-speed train; the exterior body utilizes a galvanized steel frame paired with a fiberglass skin, with a multi-layer coating process consisting of primer, intermediate coat, color paint, and clear varnish. This ensures uniform coloration, strong adhesion, scratch resistance, and fade resistance, making it suitable for long-term use in indoor laboratory environments; an outdoor-grade, enhanced anti-corrosion version is available for outdoor training sites. The streamlined curved surfaces of the front end, body waistlines, window curvatures, identification lettering, and waistline color strips are all replicated to the scale of the actual vehicle, providing a high degree of visual fidelity. The interior driver's console panels, buttons, and instrument casings are fabricated from ABS engineering plastic and aluminum alloy components, offering a solid tactile feel and ensuring that repeated pressing does not cause breakage or malfunction. Mechanical structures, including bogies, wheelsets, couplers, and braking assemblies, utilize metal components for smooth joint movement, support simulated motion demonstrations, and resist deformation or damage. Passenger interior components—such as seats, luggage racks, handrails, and small table tops—are made from flame-retardant, eco-friendly materials that comply with safety standards for campus educational facilities, ensuring no unpleasant odors and meeting flame-retardant requirements. The model employs a modular split-welding process, where large components are manufactured in sections, facilitating transport, hoisting, and indoor installation, thereby reducing the complexity of setup for training laboratories. All electrical systems feature a low-voltage safe power supply design that isolates high voltage, ensuring safety and reliability during training. This is further enhanced by integrated leakage protection and overload protection devices to mitigate teaching safety risks. The complete set of teaching aids includes a material test report, safety instructions, and a maintenance manual, which specify the intervals for routine cleaning, tightening, lubrication, and circuit inspection. Its refined craftsmanship ensures that the model remains in a stable condition through repeated practical training by successive cohorts of students, significantly extending the service life of the teaching aids and reducing the subsequent replacement and maintenance costs for institutions. It is a high-quality full-vehicle simulation teaching aid for rail transit training equipment that balances simulation fidelity, safety performance, and durability.