CBRNe reconnaissance made easy
可悲的是足够的, 我们今天生活的现代社会一直受到接触危险氯苯醚物质的威胁. 这些物质可以来自我们社会中常见的各种来源, such as accidents in a factory causing a fire with ammonia emissions, toxic gases from a truck accident, nuclear power plants etc.
Terrorism is another source and something we do not like to think about, but it's becoming more and more evident in our daily lives. 当然, it's difficult to protect yourself against everything, but with a well-thought-out strategy and the use of preventive monitoring, a large part of the risk can actually be mitigated and kept under control. Being prepared can truly mean the difference between incident and disaster.
做好准备
有许多方法可以为CBRNe威胁做准备,其中一种有效的方法是使用Recce车辆(侦察)。. 配备适当的设备,您将始终保持移动,模块化和灵活. The vehicles can be deployed in risk areas on a permanent basis, and/or be used for temporary reconnaissance in temporary suspected areas.
有了合适的设备在你的车,你将有一个广泛的能力来安全监控, 识别, 报告, 样本, 分析, 甚至计算并提出适当的行动来减轻和避免威胁.
Cost efficient for standard vehicles
CRVK是一种经济有效的解决方案,用于修改标准车辆以支持CBRNe侦察. 该套件由三个主要部分组成,这些部分经过调整以简化安装. By adapting special brackets to existing mounting points, 我们已经把重新设计标准车辆的需要减少到最低限度.
与CRVK, 它可以创建一个自动到达后的能力,远程分组的专家可以控制传感器,以支持前线CBRNe团队.
物质的鉴定可以达到假定和现场确认水平. 这创造了一种先进的、高度机动的CBRNe车辆,可以支持以下任务:
- 侦察
- 调查
- 监测
- 监控
Remote chemical surveillance
所有的传感器, as well as our proprietary vehicle electronic infrastructure, 选择和开发是为了在具有挑战性的条件下实现最高效率和稳健性. With our solution, 传感器不受环境和电磁干扰.
CBRNe通信和信息系统(CIS)为用户提供实时态势感知, 支持s decision makers with sensor data, show risk and warning areas, and 支持s planning and crisis management.
CIS软件在条件组中结合了不同的测量技术, thus reducing false alarm rate significantly. 它为CBRNe专家和决策者提供快速准确决策的支持, which is a key factor in limiting the effects of CBRNe threats.
A modular approach means you can always get a tailored solution, without compromises, for a wide range of vehicles at a very attractive cost.
- Rugged vehicle electronic infrastructure
- CBRNe Information System software
- Sensor suite for C/TIC, B and RN
Stay undetected with a mobile camouflage system
您的CBRNe Recce车辆还可以配备十大正规博彩网站评级梭鱼世界领先的移动伪装系统(MCS)。. 该系统是模块化的,在以下领域可将平均探测距离缩短50- 100%:
- visual and near-infrared
- thermal infrared
- 雷达
减热系统还降低了车辆的内部温度, thereby extending the endurance of both personnel and electronic equipment.