VTOL/HTOL Hybrid UAV Concept
The collaboration with Dronetech permits the improvement of the hybrid aircraft concept, combining a dual engine fixed wing layout, with eight electric motors, enabling vertical takeoff and landing capabilities.
It has been achieved by combining a high degree of expertise in unmanned aircraft systems, a highly innovative UAV design and state-of-the art components, all this focused on real market needs.
The collaboration with Dronetech permits the improvement of the hybrid aircraft concept, combining a dual engine fixed wing layout, with eight electric motors, enabling vertical takeoff and landing capabilities.
The VTOL UAV system is configured for fully autonomous flights from takeoff to landing. It includes advanced capabilities for landing in moving platforms without requiring external relative positioning systems.
Multiple layouts and transition flight modes are tested by the project development team, reaching the best configuration for desired performance with different available configurations and missions.
Sold in more than 40 countries in a period of less than 8 years, the Penguin is currently one of the most popular high autonomy fixed-wing UAV platforms, due to its quality and versatility having a 54h endurance record.
View ProjectA guided bomb that flies completely autonomously through the merger of INS, GPS and other sensors. With a 200l load, it allows both direct firefighting and chemical firewall creation through the spreading of water or retardant agents.
View ProjectThe Perigeo project was born with the aim of developing an autonomous parafoil and other infrastructures to support research and testing for new technologies for Earth’s experimentation of equipment to be used in space.
View ProjectThe Stratobus is an autonomous HAPS and drone-satellite hybrid. It is 100–140 metres long and can reach altitudes of up to 20 kilometres. It is designed for surveillance, 5G, security, and low-carbon environmental monitoring.
View ProjectIsrael Aerospace Industries (IAI) has developed an unmanned vehicle for autonomous flight able to cover distances of at least 8 Km with a carrying capacity 100-180 payload for logistics in the battlefield.
View ProjectRedundant charging drone, allows you to continue flying even in the event of engine failure. Wide range of applications in cargo transport
View ProjectR&D project for the development of a guidance kit for missiles. Development of a high-precision INS / GPS guidance and control system, mainly focused on Air-Ground or Ground-Ground guided projectiles to minimize collateral damage.
View ProjectLa red de recuperación NMAND RN86 diseñada por Embention permite la recuperación rápida y eficaz de sistemas profesionales de vehículos aéreos no tripulados. Permite el funcionamiento seguro de sistemas de drones sin necesidad de una pista de aterrizaje.
View ProjectDrones Against Tsetse is an initiative to control trypanosomosis in Africa. Trypanosomosis, or commonly known as the sleeping sickness, is transmitted by Tsetse flies, causing large damages and life losses.
View ProjectLogistics control has become key to the development of a modern, connected and flexible industry in which the use of drones allows effective and automated stock control in warehouses.
View ProjectIt’s a high wing RPAS with 6m wingspan and H-tail and pusher propeller design. Issued with an Airworthiness Certificate Special and having an 80Kg MTOW weight, it became the first RPAS with airworthiness certification in Europe.
View ProjectThe Luna NG capabilities fixed-wing drone together with Veronte Autopilot becomes an essential tool for surveillance, thanks to the ease of operation in any weather condition and its ability to operate in both, day and night missions.
View ProjectThe UAS AS-III developed by Insight Robotics is capable of carrying image capture payload with reduced set-up mission time and long endurance flights. The car takeoff and parachute landing make it usable in most environments.
View ProjectCoaxial rotor unmanned helicopter designed for heavy-lift operations, enabling autonomous transport of cargo and mission payloads across long distances in demanding environments.
View ProjectThe innovative design permits morphing inflight between a helicopter and a fixed wing. It can perform take-off, land and hover flights in helicopter mode and perform cruise flights in a fixed-wing configuration with a smooth transition.
View ProjectWith a payload capacity of 500 pounds and a range of over 500 miles, the ATLIS UAV has been designed with a unique configuration that combines a multicopter with a gyroplane.
View ProjectA class 2 MALE UAV designed for performing tactical and search and rescue missions, among others. This fully autonomous UAV has an MTOW of 1000Kg and with 150Kg payload capacity enabling a wide variety of operations.
View ProjectDrone system for autonomy and precision landing capabilities with an automated charging station. It provides a station for drone ground maintenance that has all the features needed to support complex and critical missions.
View ProjectKowat has developed a solution for bird pest control using biomimetic drones, which are able to chase them away using the fear factor, protecting both crops and fish farms without harming birds lives.
View ProjectIn collaboration with the German Aerospace Center (DLR), FALCon aims to verify the design of a winged reusable first-stage booster. It uses the latest drone technology to emulate the inflight capture and towing to the landing station.
View ProjectThe CSIR-NAL HAP is a solar-powered UAV, currently flying at 20 km altitude, and specifically designed to enable continuous, round-the-clock surveillance and reliable communications capabilities in remote and inaccessible regions.
View ProjectTactical helicopter drone designed for surveillance in harsh environments, such as high altitudes and deserts. Thanks to the turbine power plant, it excels in critical missions where other VTOL drones might fail.
View ProjectTarget USV systems are developed for performing naval operations with military forces. This USV target provides a highly versatile, cost-effective solution for target practice within offshore operations.
View ProjectThe NM& TS150 Tether Droneis designed by Embention for operations requiring a continuous flight at altitudes up to 150m, being possible to operate it from both fixed or moving stations such as vessels or other vehicles.
View ProjectThe AVILUS Grille is a multirotor UAV designed for patient transport, enabling fast and autonomous evacuation from remote or high-risk areas where conventional assets are limited.
View ProjectThe collaboration with Dronetech permits the improvement of the hybrid aircraft concept, combining a dual engine fixed wing layout, with eight electric motors, enabling vertical takeoff and landing capabilities.
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