CT autonomous flight I technologies

Our unmanned aerial vehicles offer a fast and affordable way through which government agencies and private companies obtain high quality images from the ground: orthophoto maps for large areas, 3D digital models of surfaces or real-time video capture. These systems can be applied for the use of municipalities, emergency inspectorates, police, coastguard, private companies etc.

Search and rescue Fire Hirrus UAV system includes three unmanned air vehicles, a ground control station and emission reception antennas. The aircraft has an autonomy of approximately 3 hours and depending on the cargo, it can reach speeds of more than 110 km/h. It captures high-resolution ground images, generating images of 5-10 cm/pixels. Hirrus has a wide applicability in law enforcement, emergency situations, border and coastal surveillance, security etc. In national security and safety the system enables moving target tracking and target detecting, critical infrastructure surveillance and...

Signus prototype is a tactical UAV, designed to fly at over 200 km/h. The system is interoperable with the same command and control station which the Hirrus aircraft is operated with, providing customers with both tactical and operational capabilities. Through innovative technologies and the high level of performance, Signus UAV ensures high coverage of large surfaces and a payload capacity which enables a variety of high performance sensors. Signus UAV can be used in complex actions of monitoring and collecting data in real time from the ground, with great benefits in areas such as emergency...

Technical specifications Wingspan 5.3 m Operational range: Up to 100 km Maximum speed: 280 km/h Service ceiling: 3000 - 6000 m Autonomy: 6 - 10 h Payload optional: 50 kg Quarrus is an aerial target system for military and special forces training. Quarrus is operated based on an intuitive software interface of the ground control station, GCS. Due to their robust structure, it can be moved by motor vehicles and the launch can be conducted even in adverse weather conditions. Main features: carbon fiber and composite material components, antennas, automatic navigation, software for mission control...