From Silleda, they propose the design and manufacture of an ultralight aircraft with innovations in safety, piloting and manufacturing. Their commitment is to offer an exceptional flight experience meeting the highest standards of quality, safety and performance.

This project proposes the definition of a simulation environment with the aim of analysing the aerodynamics and flight conditions of UAVs. These UAVs may or may not carry loads so that it is possible to study how to optimise both the placement of the load itself and the redesign of some of its components.

They offer manufacturers and UAS service providers a solution with which to pilot, manage and monitor their entire fleet via mobile and satellite communications. This enables safe operation in BVLOS conditions, as well as offering significant cost advantages by operating an entire fleet from a single control centre by a single pilot.

They propose the development of an innovative autonomous, fully electric and sustainable propulsion system for satellites, based on Air-Breathing Electric Propulsion (ABEP) technology, which generates thrust thanks to plasma engines based on helical waves (IPT). Orbiting in VLEO is possible with this system.

ITG DroneSolutions offers advanced drone-based solutions for UAV operators: DroneSuite®, a cloud SaaS for efficient fleet and equipment management; e DroneSafeBox®, an automated cargo hangar that allows remote unattended operations.

Development of artificial intelligence that allows the rationalisation of linear infrastructure inspections based on the automatic analysis of images taken from UAV/RPA and the automatic generation of technical reports.

They propose the creation of a totally disruptive training programme aimed at those people who, whether or not they have previously considered the possibility of joining the drone industry professionally, can acquire the knowledge of drone operation required in different industries.

This project proposes the creation of Nàutic, a marine drone designed to carry out rescues in the water; an unmanned boat of one metre length that can be radio-controlled or piloted by a lifeguard and includes a radio to maintain constant communication with land.

Emergency airspace management software that allows the simultaneous use of manned and unmanned aircraft in the same space. It reduces emergency time, optimises the use of resources, increases safety and reduces the cost of operations.

Hardware and software that provides enhanced situational awareness to emergency operations. It provides real-time geopositioned video, correctly projected onto the 3D terrain model and merged with selectable layers and position of media involved in an operation or external to the operation.

Solution that integrates drone technology and artificial intelligence. Its main objective is to improve the analysis experience of football teams by integrating advanced imaging and data solutions.

Development of the first hybrid aircraft with vertical take-off capability, great autonomy and a payload of up to 5 kg, which also has an innovative structural and aerodynamic design that allows it to fly in reliable, efficient and safe conditions, without jeopardising either the integrity of the aircraft or the cargo it is carrying.

Ahyres specializes in the development of customized electronics and avionics systems (software and hardware), integrable with any type of vehicle, sensors and payload; providing greater versatility and operational capacity than closed product solutions. All this while maintaining the security and compliance required in operations.

Electric propulsion system for satellites that will allow them to remain in VLEO orbits indefinitely, increase the resolution of the images collected by up to 16 times and reduce the costs of the propulsion system.

Development of artificial intelligence that allows the rationalization of inspections of linear infrastructures from the automatic analysis of images taken from UAV/RPA and the automatic generation of technical reports.

Development of the first hybrid aircraft with vertical takeoff capacity, great autonomy and payload of up to 5 kg, which also has an innovative structural and aerodynamic design that allows it to fly in reliable, efficient and safe conditions, without jeopardizing the integrity of the aircraft or the cargo it carries.

Hardware and software that provides enhanced situational awareness to emergency operations. It offers geopositioned real-time video, correctly projected on the three-dimensional model of the terrain and fused with selectable layers and position of media participating in an operation or outside it.

Integrated system for taking optical and thermographic data from wind turbines in motion, which will reduce the time taken to take images, the advanced automation of this process so that transitions in height, and with respect to the 4 faces of the blade, do not depend on the extreme skill of the pilots.

U-Space service provision platform (USSP) that has a collection of high-quality software systems and certified robustness, ranging from unmanned vehicle airspace management and control modules and integration with commercial aviation, to software integration.

New EMA (Energy Mobile Assistant) technology for completely portable energy assistance, which delivers clean energy with pure sine wave, without distortions and with zero polluting emissions.

Development that allows the automation of the digitalization of 100% of the power lines, enabling the industrial use of long-range drones (BVLOS), also reducing the inspection cost by up to 94%, eliminating personal risks and polluting emissions.

UAV with different payload capacities and autonomy that facilitates early intervention in forest fires and increases the survival rate of people whose lives are threatened in areas of difficult access.

Tool for the integration of drones in the operation and maintenance of industrial facilities that creates a work environment that facilitates their use, plans operations, manages and processes data for complex analysis, allowing operations with UAVs to be successfully addressed.

Application of autonomous and robotic unmanned vehicles to the health sector for logistics and distribution to pharmacies or other locations, of medicines and other pharmaceutical products under the conditions required by each product (temperature, humidity, etc.).

Manufacture of encapsulated solar arrays (photovoltaic panels) using composite manufacturing technologies so that they can be molded into non-flat surfaces (for example, aircraft wings).

Cloud platform with SW tools and utilities designed to facilitate the management, operation and administration of the usual activity of an RPAS operator, which allows processing tasks to be automated and results to be generated efficiently.

Integration of artificial vision (CV) and artificial intelligence (AI) technology in UAVs of small dimensions and high precision flight with on-board camera for inspection of industrial processes and environmental spills.

Reliable, safe and certifiable flight control system for UAVs. Its application is the autonomous control of any type of UAV for any type of mission: traffic management, security and defense, air taxis...

UAV with different payload capacities and autonomy that facilitates early intervention in forest fires and increases the survival rate of people whose lives are threatened in areas of difficult access.

Tool for the integration of drones in the operation and maintenance of industrial facilities that creates a work environment that facilitates their use, plans operations, manages and processes data for complex analysis, allowing operations with UAVs to be successfully addressed.

Development of payloads for UAVs that allow establishing a stable contact between the air vehicle and a vertical structure. This payload will allow performing non-destructive inspection tasks based, for example, on ultrasound.

Georeferenced data capture device, of a multisensor nature and the ability to be shipped on a multiplatform, as a modular and complete hardware-software solution that allows data capture control and basic integration/processing.

Development of a radar payload for low-weight drones, capable of penetrating materials such as brick or cement. Thus, it will allow the search for victims buried under rubble in scenarios such as earthquakes.

Design and manufacture of aeronautical structures, reinforcements and chassis for drones, made of ultralight and resistant composite material.

Detection, neutralization and destruction service of Asian hornet nests applying RPAs technology.

It provides the energy and public sector with comprehensive data acquisition solutions using drones, designed based on customer requirements.

Development of systems for non-destructive measurements and inspections with active (radars) and passive (antennas) sensors in radio frequency bands.

Integrated system for taking optical and thermographic data from wind turbines in motion, which will reduce the time taken to take images, the advanced automation of this process so that transitions in height, and with respect to the 4 faces of the blade, do not depend on the extreme skill of the pilots.

Electric power production through Hydrogen fuel cells for UAVs and USVs.

A versatile, functional and very efficient drone. Vertical takeoff aircraft up to 5 times with more autonomy and range than any multicopter.

Development of a data analysis platform on which advanced functionalities based on ADS-B technology will be integrated.

Optimized design and additive manufacturing of UAV structural parts in order to reduce their weight and increase their flight range.