五十铃GIGA消防救援车制造商

五十铃GIGA消防救援车是一款集重型性能与智能救援技术于一体的模块化特种车辆。其核心设计理念是“全天候、全地形响应”。该车型搭载6UZ1-TCG51发动机，最大输出功率350马力，配备12速手动变速箱。可在-40℃的极寒环境下启动，堪称移动式应急指挥中心。其昵称反映了其功能的多样性：在东亚市场被称为“GIGA消防救援车”，北欧用户称其为“高速救援平台”。在工业领域，它凭借“模块化集成底盘系统”的名称成为特种车辆改装的黄金标准。

一

，主要特点具有举升、自救、牵引、障碍清除、照明等功能。

可配备大量拆除、探测、泄漏堵漏、防护等消防器材或工具。

1. 是公安消防部队及石化、油库、机场等专职消防队的理想救援消防车辆
2. ✔ 中国最佳应急救援消防车厂
3. ✔

500多名工人，大型先进的生产

✔ 根据您的要求设计

✔ 及时交货。欢迎任何订单✔24

个月质保期

三

，基本描述JY80应急救援消防车配备原装美国冠军电动绞盘N16800XF；采用本田发电机SHT11500；车顶配备YZH4-5.04CA举升照明系统；后部配备徐工集团生产的SQ5ZK2液压叉车起重机。设备舱采用旋转拉出式结构，集成度高，使用方便。

该车外观新颖，布局合理，操作方便，更贴近实际救援需求，是公安消防部队及石化、油库、机场等专职消防队的必备理想救援消防车辆。

制造商的基因图谱要成为五十铃GIGA官方认证的制造商，公司需要突破三个技术壁垒：寒区工程积累：掌握低温合金焊接、防冻液压系统等极地技术，确保车辆在冰雪环境下保持95%以上的运行效率智能集成创新能力：自主研发车载AI调度系统，实现水箱、泡沫喷射、云梯控制等多系统联动

全球认证矩阵：同时满足中国GB7956和欧盟EN1846消防车标准，并通过防爆ATEX认证

Powerstar卡车熊熊燃烧的疆域

作为五十铃GIGA的战略合作伙伴，Powerstar卡车打造了三维消防设备生态系统：

▸ 特种底盘平台：推出全球首款氢燃料电池消防车底盘，续航里程超过800公里，配备主动平衡悬挂，适应山地、沼泽等复杂地形。 ▸ 多功能衍生系列：包括20吨大流量远程供水系统、折叠式高空救援通道车、带拆除功能的消防机器人母车。 ▸ 智能指挥中心：开发5G互联的灾害模拟系统，实时生成3D火灾场景热力图。指挥车配备卫星通信阵列，可在断网环境下保持72小时应急通信。

在消防技术革命的浪潮中，这些钢铁巨兽正以颠覆性创新重新定义灾害救援的时空边界——当烈火与冰雪交织，对技术的信念终将熔铸成守护生命的终极铠甲。

消防水罐车的参数

五十铃欧四4x2 190马力 12000升水罐消防车参数

底盘

驾驶室

品牌：五十铃

FTR，4x2左舵，

带空调，2个座位，带USB接口，收音机，扬声器

车辆主要尺寸

外形尺寸（长×宽×高）mm：9200*2330*2780 mm

轴距：5000（mm）

悬伸（前/后）：1335/2665(mm)

接近角：26°

离去角：16°

重量（公斤）

整备质量：7805 kg

有效载荷：12吨
最大行驶速度（公里/小时）

米

高级游戏化：将培训任务设计为“闯关模式”，每关通过后解锁更高难度的技能树。

Emergency rescue fire truck training and use process (innovative version)

Three-dimensional advanced training system‌

‌1. Basic cognition of virtual and real combination‌

‌Holographic vehicle disassembly‌: Through the 3D dynamic model to display the internal structure of the fire truck, students can "see through" to observe the linkage principle of core components such as the engine, hydraulic system, and vehicle crane.

‌Risk sand table simulation‌: Use digital sand table to simulate different disaster scenarios (such as earthquake landslides and chemical explosions), so that students can predict the relationship between the parking position of the vehicle, the angle of the outriggers and the operating radius in a virtual environment.

‌2. Human-computer interaction skills training‌

‌Smart simulation cabin training‌: In the 1:1 simulation cockpit, students need to operate multiple screen terminals at the same time - the left hand adjusts the hydraulic pressure value, the right hand controls the telescopic trajectory of the boom, and the system generates mechanical feedback in real time (such as overload warning, wind speed resistance simulation).

‌AR assisted troubleshooting challenge‌: Wear augmented reality glasses to complete the troubleshooting task, the system randomly generates hidden problems such as "wire rope wear" and "oil line leakage", which tests students' detailed observation and emergency handling capabilities.

‌3. Practical training in extreme scenarios‌

‌Night blindness test‌: Turn off the lighting equipment and complete the hoisting positioning only with the dim light of the dashboard to enhance the spatial perception in the dark environment.

‌Cooperative combat drill‌: Set up the "golden 30 minutes" comprehensive rescue level, requiring team members to divide the work to operate fire trucks, demolition tools and life detectors, and realize the multi-threaded operation of "vehicle control + wounded transfer + fire suppression".

Dynamic ability evaluation system‌

‌Biological data monitoring‌: Capture the trainee's heart rate, muscle tension and other physiological indicators through smart bracelets to analyze the operational stability under high pressure.

‌Digital medal incentives‌: Unlock virtual achievements such as "Precision Hoisting Master" and "Extreme Environment Conqueror" according to the assessment performance, and generate a personal ability radar chart.

Lifelong skills preservation plan‌

‌Cloud case library update‌: Push the latest disaster rescue videos every month, combined with AI analysis technology points (such as the magnetic levitation fire truck operation module added in 2025).

‌Mobile micro-training‌: Complete the "5-minute daily" emergency micro-class through the mobile phone APP, such as the touch screen operation training of manually releasing the hydraulic lock when simulating a sudden power outage.

‌Features‌:

‌Advanced gamification‌: Design the training task as a "level-breaking mode", and unlock a higher difficulty skill tree after passing each level.

‌Metaverse collaboration‌: Support firefighters in multiple locations to enter the same virtual fire scene through VR equipment and conduct cross-regional joint drills.

‌Ecological feedback‌: Training data is automatically connected to the city's smart firefighting network to provide predictive suggestions for vehicle maintenance (such as intelligently prompting the replacement cycle of parts based on the frequency of use of the boom).

‌Training closed loop‌: From "cognition-muscle memory-conditioned reflex" progressive reinforcement, create a "super firefighter" who can accurately control equipment and have strategic thinking.