Terra Drone Company, a number one drone and City Air Mobility (UAM) expertise firm headquartered in Japan, is happy to announce that its group firm and a worldwide chief in UAS Visitors Administration (UTM) options, Unifly has efficiently led a technical validation and demonstration of built-in vertiport administration below the European joint challenge “EUREKA (hereinafter known as “the challenge”),” which goals to comprehend the societal implementation of next-generation air mobility.
In regards to the EUREKA Venture (Notice 1)
The challenge is a world joint initiative aimed toward establishing an air site visitors administration and information-sharing framework compliant with the U-space (Notice 2) regulation, and at creating operational requirements for vertiports in anticipation of the societal implementation of next-generation air mobility.
The challenge is led by the SESAR Joint Enterprise(Notice 3), a European collaborative analysis group, and includes participation from 35 corporations and establishments, together with AENA (Spain’s airport operator), ENAIRE (Spain’s air navigation service supplier), and EUROCONTROL (the European air site visitors administration group).
On the core of the challenge is the event and validation of a Vertiport Collaborative Visitors Administration system (VCTM) (Notice 4). The VCTM system is designed to allow real-time sharing and coordination of operational info, equivalent to scheduled takeoffs and landings or emergency responses, amongst a number of stakeholders concerned in eVTOL operations.
Unifly is collaborating within the EUREKA challenge as a U-space service supplier (Notice 5), making use of its intensive experience in UTM programs to the event and validation of the VCTM system.
Overview of the Demonstration
- Date: July 21–22, 2025
- Location: INDRA facility, Madrid, Spain
- Goal: To judge the validity and scalability of the VCTM system below simulated real-time operational circumstances.
- Seamless Interoperability
Assess whether or not real-time and correct info sharing and coordination may be achieved by way of the VCTM system amongst related stakeholders, together with vertiport operators, U-space service suppliers, and customary info service suppliers. - Security and Effectivity
Confirm whether or not the VCTM system can preserve secure and applicable site visitors administration each throughout regular operations and in contingency eventualities equivalent to communication failures, emergency responses, or site visitors congestion. - Operator Help
Consider whether or not the VCTM system successfully helps operators in sustaining situational consciousness and making knowledgeable choices.
As a U-space service supplier, Unifly performed a job in real-time info integration and coordination between vertiport operators and customary info service suppliers. The corporate evaluated the effectiveness of the VCTM system from a technical perspective.
- Efficiently demonstrated superior interoperability amongst vertiport operators, U-space service suppliers, and customary info service suppliers.
- Confirmed the system’s stability and talent to take care of operations throughout communication failures, emergency conditions, and below high-traffic conditions.
- Verified the effectiveness of the VCTM system in supporting knowledgeable and well timed decision-making by operators.
Remark from the CEO
Andres Van Swalm, CEO of Unifly said: As Progressive Aerial Mobility turns into a actuality, making certain the secure and environment friendly integration of drones and air taxis into shared airspace is important. This simulation highlights how collaboration and interoperability between programs are key to constructing a scalable, trusted UTM infrastructure.
Future Outlook
This demonstration marked the end result of the real-time simulation part throughout the EUREKA challenge. The following step will likely be dwell demonstrations carried out in real-world operational environments. Unifly will proceed to play a job as a core expertise supplier within the air mobility infrastructure discipline, contributing to the societal implementation of next-generation air mobility.
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