MBF Group IRYDA+ X1
A fixed-wing unmanned aerial vehicle system being developed by MBF Group S.A. and Shark Aviation. IRYDA+ X1 combines autonomous mission execution, management of multiple UAV platforms, and a Ground Control System within a scalable architecture designed for future development.
The IRYDA+ X1 is more than just an unmanned aerial vehicle. The project includes a UAV, a flight control computer, mission planning software, telemetry infrastructure, and a ground control system. In July 2026, during tests in Konya, Turkey, a practical demonstration was conducted of two platforms flying simultaneously under the control of a single operator.
km/h
speed achieved during flight tests
km
Expected operational range depends on the configuration
min
Expected flight duration based on the mission profile
1 operator
Cross-platform architecture demonstrated in Konya
The platform’s specifications may vary depending on its configuration, equipment, flight conditions, and the nature of the mission.
From a single UAV to a complete system
IRYDA+ X1 is being developed as a complete unmanned system, not merely as a single unmanned aerial vehicle. Its architecture includes components responsible for flight control, mission planning, communications, telemetry, and mission monitoring.
The system is based on a lightweight, electrically powered fixed-wing platform designed for mobile use and rapid deployment in the field. Autonomous flight logic allows the drone to carry out a pre-planned mission, while the operator retains the ability to monitor and intervene in the course of the mission.
Fixed-wing platform
An aerodynamically efficient electric-powered design, developed with mobility, range, and various mission profiles in mind.
Mission Autonomy
The flight may be conducted in accordance with a pre-prepared plan, under the operator’s overall supervision.
Ground Control System
A single environment for mission preparation, platform monitoring, telemetry data analysis, and mission progress control.
Cross-platform architecture
The system is being developed so that a single operator can monitor more than one unmanned platform.
Modular design
The architecture enables further integration of equipment, sensors, communication systems, and specialized mission payloads.
Scalable growth
IRYDA+ X1 is the first practical component of a broader technology program being developed to incorporate additional autonomous functions.
IRYDA+ X1 Standard Kit
The system is being developed as a mobile operations kit that allows a small team to transport, set up, and operate two platforms.
- 2 × IRYDA+ X1 UAVs,
- tablet / Ground Control System,
- computer and flight control system,
- mission planning and management software,
- telemetry and communications infrastructure,
- transport equipment,
- system documentation,
- the ability to configure the system according to the nature of the task and the customer’s requirements.
A single operator can oversee multiple platforms
One of the most important areas of development for the IRYDA+ X1 is a move away from the traditional model, in which each UAV platform requires a separate operator. The system is being developed toward a multiplatform architecture, in which an increasing proportion of routine processes is handled by automation and mission software.
On July 19, 2026, during tests conducted in Konya, Turkey, a single operator simultaneously supervised two platforms performing independent tasks. The demonstration served as practical confirmation of the fundamental principle of cross-platform architecture.
The next phases of the work include further increasing the level of automation, developing coordination mechanisms, and preparing the system to support more complex configurations.
Autonomy remains under the operator’s control
The IRYDA+ X1 automation system is designed to enhance human capabilities, not to eliminate human control over the system. The Ground Control System allows users to monitor position, flight parameters, platform status, and the progress of the current mission.
As long as an active communication link is maintained, the operator can intervene in the course of the mission, change its parameters, interrupt the task being performed, or direct the platform to terminate the flight.
In scenarios that do not require the loss of the platform, the UAV can be recovered, inspected, readied for flight, and deployed on its next mission.
Ground Control System – Mission Control Center
The Ground Control System is the central point of interaction between humans and the system. It integrates the information necessary to prepare, launch, monitor, and conclude a mission.
- planning and preparing the task,
- monitoring the position and parameters of UAVs,
- oversight of multiple platforms,
- access to telemetry data,
- real-time monitoring of the mission’s progress,
- the ability for the operator to intervene,
- support for additional autonomous functions being developed as part of the program.
How the mission unfolds
Planning
The operator sets the mission parameters, route, waypoints, and the expected behavior of the platform.
Implementation
The platform performs a preprogrammed task using autonomous flight logic.
Supervision
The Ground Control System provides the operator with data on the status of the platforms and allows the operator to monitor the progress of operations.
Conclusion
The mission can be completed as planned or terminated by the operator, and the platform—depending on the scenario—can be recovered and prepared for its next use.
System Architecture
UAV
An unmanned fixed-wing platform that serves as the aerial component of the system.
Flight Control Computer
A computer responsible for controlling the flight and carrying out the predefined mission.
Mission Planning Software
Software used to prepare, configure, and manage a mission.
Telemetry Infrastructure
Infrastructure that enables the transmission of information between the platform and the ground station.
Ground Control System
An operator interface that integrates flight control, telemetry data, and mission information.
Task Modules
An architecture designed for further integration of sensors, communication systems, and specialized equipment.
A modular platform for various applications
IRYDA+ X1 is not being developed exclusively for a single use case. The modular design allows the equipment and the platform’s use to be tailored to the user’s needs and the nature of the planned mission.
Further development includes the ability to integrate additional sensors, communication systems, observation equipment, and other specialized mission modules.
Potential applications
- recognition, observation, and development of situational awareness,
- monitoring borders and vast areas,
- critical infrastructure protection,
- monitoring of strategic facilities,
- aerial patrols and surveillance,
- crisis management and on-site situation assessment,
- infrastructure and industrial monitoring,
- demonstrations of autonomous technologies,
- testing cross-platform operations,
- integration with broader security and incident management systems.
From Multi-Platform Architecture to Swarm Technology
A practical demonstration of two platforms controlled by a single operator represents the first step toward more advanced multi-platform systems. Swarm technology remains one of the areas for the program’s future development.
Ultimately, individual UAVs can carry out different aspects of a shared mission, exchange information, and operate within a coordinated architecture, while humans maintain overall oversight of the system.
Further development of this concept requires additional phases of testing, as well as work on software, coordination mechanisms, communication, and automation. That is why IRYDA+ X1 is currently being presented as a proven multi-platform architecture that is being developed to support more advanced swarm capabilities.
Phase I – completed and validated in flight
The first phase of the development program has been completed. It included technical work, platform preparation, flight tests, demonstrations, and the preparation of the final technical documentation.
A key event was the tests conducted on July 19, 2026, in Konya, Turkey. The platforms were tested under real-world flight conditions, reaching speeds exceeding 100 km/h, and a demonstration was conducted showing that a single operator could control two UAVs.
The completion of Phase I paved the way for the next stage, which includes further demonstrations, the development of new features, the expansion of the system’s capabilities, and activities leading to its commercialization.
Current Status of the Project
MSPO 2026 — the next stage in the system’s presentation
Following the trials in Turkey, the next major event for the IRYDA+ X1 is the MSPO 2026 International Defense Industry Exhibition in Kielce. Two platforms designed to demonstrate the system have been delivered to Poland.
For the project, MSPO is more than just an exhibition. It also offers the opportunity to meet directly with representatives of industry, institutions, research and development organizations, potential users, and technology partners.
The interest generated during the event will serve as the basis for organizing future presentations, demonstrations, and discussions regarding the next stages of the system’s implementation.
IRYDA+ is a larger program than X1
IRYDA+ X1 is the first platform from the broader IRYDA+ technology program to be developed and demonstrated in practice.
The program’s goal is to gradually build capabilities and a suite of solutions related to unmanned aerial systems, autonomy, mission software, artificial intelligence, communications, sensors, and multi-platform systems.
Therefore, the value of the project is not limited solely to the parameters of a single platform. The X1 serves as a practical foundation for further technological development, additional configurations, and future components of the entire IRYDA+ ecosystem.
Key Features of the IRYDA+ X1
- a lightweight fixed-wing UAV platform,
- electric drive,
- modular design,
- autonomous execution of a planned mission,
- the ability for an operator to monitor more than one platform,
- Ground Control System,
- mission planning software,
- telemetry and communication with the platform,
- the ability for the operator to intervene in the course of the task,
- the ability to recover and reuse the platform in appropriate scenarios,
- an architecture designed to support the continued development of cross-platform functionality,
- development toward swarm technology,
- the ability to integrate additional equipment and task modules.
MBF Group S.A. and Shark Aviation
MBF Group S.A.
A Polish public company listed on the NewConnect market serves as the project integrator and is responsible for business development, institutional and industrial relations, commercialization, and building the program’s presence in the Polish and international markets.
Shark Aviation
The Turkish technology partner contributes engineering and aerospace expertise and is responsible for a significant portion of the platform’s development, system preparation, flight testing, and further technological work related to IRYDA+ X1.
This partnership model combines expertise in technology, aviation, business, and capital. The common goal is to move from successive technology demonstrations to practical implementations, while maintaining the system’s modular nature and its ability to be adapted to the requirements of different users.
We look forward to working with you
MBF Group S.A. invites institutional customers, industry representatives, system integrators, research and development organizations, universities, and technology partners interested in demonstrations, testing, or further development of IRYDA+ X1 to contact us.
We are open to collaboration regarding system demonstrations, technology integration, the development of sensors and mission-specific equipment, research and development, manufacturing, industrial cooperation, and project development in international markets.
The information provided on this website is for informational purposes only and reflects the current direction of the project. IRYDA+ X1 is an evolving technology platform; therefore, the specifications of individual configurations are subject to change as a result of ongoing development, integration, and testing. Detailed technical specifications, system configuration, scope of delivery, and terms and conditions must be agreed upon individually with MBF Group S.A.
