Embention releases upgraded Veronte KAI FCC for One-Way drones at MSPO
Discover Veronte KAI 2.2 with AI-based PNT, terminal guidance and scalable production for one-way drones in contested environments.
UTM Systems for UAS (Unmanned Aircraft System Traffic Management) are the focus of current discussions about the sector. Specifically, this topic has been debated at the World ATM Congress 2017, which took place last March, 7th to 9th, 2017 at IFEMA Madrid, Spain. In this congress, it has been examined how the European Commission pretends to oversee drone traffic and its implications for the ATM (Air Traffic Management).
Nowadays there is no standard to manage the use of drones, RPAS, or UAS at the VLL (Very Low Level) beneath 150 m, where the majority of commercial applications occur. Traditional ATM is not compatible with drones since it is based on communications between pilots and radar detection; drones won’t be always piloted, and, due to their small size and the altitude where they operate, radar detection becomes a harsh task.
Essential requisites of UTM systems
On broad outlines, basic requisites for UTM systems have already been established as follows:
- Accurate and reliable monitoring of drones.
- Solid bidirectional communication between drones and UTM systems.
- Real-time access to information, including flight planning, authorization of flight, climatology, position, and others.
- Fast and simple design of airspace that permits air traffic controllers to create no-fly zones or redirect air traffic.
- Intervention of operators is only needed for emergencies since routes will be optimized and collisions avoided through the use of autopilots.
UTM systems bring new business opportunities through the regulation of airspace. Due to 4G communications, operations “Beyond Visual Line of Sight” (BVLOS) are a reality. Through this, in the same way a phone operator offers coverage, it will appear that providers of UTM systems will compete on price and services.
On this way, nowadays Embention’s Veronte Autopilot has the capacity to accomplish the requisites previously said thanks to its embedded 4G communications, its control software “Veronte Pipe,” and its cloud services “Veronte Cloud.” Veronte Pipe is able to send the authorization and flight plan, as well as its position, to air traffic controllers through Veronte Cloud, where it would be possible to have real-time access to relevant data. All this is adding to its capacity to configure no-fly zones, obstacles, and collisions through its “Sense and Avoid” feature.
