Air Safety Systems
Mobile air traffic control systemsOperating in difficult environments
Mobile air traffic control systems enable aircraft to quickly and flexibly respond to various deployment scenarios worldwide. These can be used in locations such as, for example, in remote or crisis areas where there are no fixed airfields or airfields that have been destroyed. The systems enable aircraft to operate in difficult environments and to respond quickly to threats.
Rapid assistance in disaster area
In addition, mobile runways can also be used for humanitarian missions to provide rapid assistance in disaster areas. For the safe landing of aircraft in operations, HENSOLDT offers flexible, mobile, and fully networked (IT hardware) solutions. These enable special forces (combat control teams) to set up and operate makeshift runways or landing zones for a limited period.
A modular system for your specific application
- Runway marker lights
- Communication equipment
- Navigation equipment
- Meteorological aids
- Runway survey
- Central control system
Key benefits
Maximising performance and valueOperational capacity
- Control of makeshift landing sites and landing zones for up to 72 hours (helicopters, transport aircraft and parachute operations)
- Total weight of the system approx. 60 kg
- For the operation of a runway with a length of up to 1500 m
- Wireless control and data transmission
Meeting customer needs from analysis to implementation
Mobile, fully equipped landing zone equipment from a single source
- Customer needs analyses and technical conception
- Specification and definition of the respective customer requirements
- System, adaptation and further development
- Project planning, procurement and introduction
- Equipment and implementation proposal - system integration
- Support with integration and approval
Quality and benchmarks
- The remote control uses radio via public country-specific ISM radio bands in accordance with the national regulations
- IP67 (up to control panel)
- IP66 (up to top edge) ISO 20653:2013-02