DroneRoute Supply Autonomy
The DroneRoute device has own battery which can last for more flights. However, it can also be supplied directly from the main drone battery up to 7s.
Bidirectional Secure Connection
The communication between the DroneRoute device and server is bidirectional, with monitor and control channels. The data is encrypted using AES algorithm.
Mobile Drones Monitoring
The drones can be monitored from mobile terminal with Android or iOS operating system. The mobile terminal communicates with server via encrypted connection.
High Speed Multicopter
The main frame stays horizontally and only auxiliary frame turns vertical for the forward thrust. Additional lift gained by the wings at high speed.
DroneRoute Device
Enables the drone for supervision during flight. Low power consumption with adaptive monitor rate depending on speed. Based on U-blox GNSS and LTE-M modules.
DroneRoute Open Protocol
Own open protocol defined with the focus on the drones supervision. The protocol is simple, with reserved fields for easier enhancement in the future.
LTE-M Mobile Standard for IoT
The internet of drones is a segment of IoT, which uses the same dedicated communication standard LTE-M. It targets lower power consumption, lower complexity, more channels and extended range.
Supervision Center
The network of drones can be supervised from a center. Besides monitoring, the drones routes can be changed in case of risk for collision or other emergency. Each drone is registered with unique ID.
FC1, Own Flight Controller
Designed for various existing multicopter frames, FC1 also supports our patented configuration for high speed octocopter. It includes SD card for flight data logging.
Bidirectional Secure Connection
The communication between the DroneRoute device and server is bidirectional, with monitor and control channels. The data is encrypted using AES algorithm.
Mobile Drones Monitoring
The drones can be monitored from mobile terminal with Android or iOS operating system. The mobile terminal communicates with server via encrypted connection.
High Speed Multicopter
The main frame stays horizontally and only auxiliary frame turns vertical for the forward thrust. Additional lift gained by the wings at high speed.
DroneRoute Device
Enables the drone for supervision during flight. Low power consumption with adaptive monitor rate depending on speed. Based on U-blox GNSS and LTE-M modules.
LTE-M Mobile Standard for IoT
The internet of drones is a segment of IoT, which uses the same dedicated communication standard LTE-M. It targets lower power consumption, lower complexity, more channels and extended range.
Supervision Center
The network of drones can be supervised from a center. Besides monitoring, the drones routes can be changed in case of risk for collision or other emergency. Each drone is registered with unique ID.
FC1, Own Flight Controller
Designed for various existing multicopter frames, FC1 also supports our patented configuration for high speed octocopter. It includes SD card for flight data logging.