FollowMe 1090 represents a fully featured and cost-effective tracking solution for service and emergency vehicles at airports. The tracker transmits continuously the GNSS position using ADS-B out technology. The tracker increases safety and prevents incursion between aircraft and vehicles. It provides increased situational awareness to air traffic control and is compatible with existing surveillance systems.
Strong rubber coated magnets fix it safely to the car roof. Alternative mounting options exist.
A battery operated version with up to 16h runtime is available. Additionally there is the option for an integrated ADS-B receiver to provide the local traffic picture over WiFi or Bluetooth in GDL90 format to a display installed inside the vehicle.
FollowMe 1090 offers:
AVIONIX has pioneered the development of a cutting-edge vehicle and asset tracking solution for airport environments, aptly named “FollowMe.” This innovative system operates on a legally allocated 868MHz ISM frequency band, adhering to signal strength regulations, and leverages advanced meshing technologies. Notably, FollowMe avoids the use of the crowded 1090 MHz ADS-B frequency, ensuring a streamlined and interference-free tracking solution.
The FollowMe design boasts a comprehensive set of components for unparalleled performance:
These components collectively guarantee stable and reliable positioning accuracy under all circumstances. The system’s position update frequency is dynamically adjusted based on the velocity of the tracked entities, ensuring real-time accuracy. Noteworthy is FollowMe’s exceptional energy efficiency, enabling extended operational durations on a small battery or complete autonomy through an integrated solar panel.
Communication within the FollowMe system is bidirectional, with versatile interfaces provided for status information exchange and remote equipment control, offering comprehensive control capabilities and driver instructions.
In addition to FollowMe, AVIONIX presents FollowMe1090, a tracking device based on ADS-B technology. This device operates by transmitting ADS-B DF18 squitters on the 1090MHz frequency, compliant with DO-260B standards. The transmission power is adaptable through software configuration, allowing for peak power output of up to 20W.