Date: April 25th-27th, 2026
ACCELIGENCE participated in the 2nd Automation & Robotics Expo (April 25–27, Metropolitan Expo, Athens), showcasing its portfolio of custom-made UAV platforms and engaging with industry professionals, partners, and visitors.
Throughout the exhibition, our team presented advanced systems designed for real-world applications, combining AI, autonomy, sensor integration, and modular payload capabilities.
Our UAV Platforms
- CERBERUS – Octarotor UAV platform for payloads up to 5 kg. Supports onboard AI for semi-autonomous missions, real-time processing, sensor fusion, and object detection. Multiple camera and LiDAR payload options are available for various mission types, including surveillance, SAR, defence, and agriculture.
- CERBERUS II – Quad-rotor UAV platform for payloads up to 10 kg. Features a redundant design and is ruggedized for harsh environments in VLOS/BVLOS missions. Equipped with an onboard AI computer and AIS receiver. Supports various payloads for surveillance, SAR, and defence missions.
- F1T – Tethered UAV system powered from the ground for theoretically unlimited flight time. It features a PTZ dual (RGB with optical zoom / thermal) camera enabling 360° surveillance up to 100 m altitude.
- SAITA – Medium size dodecarotor UAV with coaxial motors for enhanced stability. Optimized for aerial filming with lightweight payloads.
- DUMMY – Low-cost quadcopter with lightweight 3D-printed frame. Ideal for flight testing, algorithm development, and R&D.
- MANTIS – Small-size quad-rotor UAV with MTOW up to 2.5 kg. Foldable, user-friendly design featuring onboard AI computer able to host RGB-D vision for obstacle avoidance or other lightweight sensors.
- PULSAR – Research-grade precision agriculture UAV supporting RGB, thermal, LiDAR, and spraying payloads. Modular design (quad/coaxial/octocopter) for flexibility, stability, and farm system integration.
- VAMPIR – Quad-rotor UAV with reduced footprint for outdoor and indoor (GNSS-denied) applications. Supports payloads up to 5 kg. Suitable for either LiDAR-based SLAM or GNSS/RTK navigation. Designed for fast deployment and seamless payload integration in research and industrial operations.
The expo enabled strong interaction with visitors and stakeholders, highlighting the growing demand for advanced UAV solutions.
Behind these systems is a multidisciplinary team of engineers, researchers, and technical experts—driving innovation from concept to deployment.