EDePro, Engine Development & Production

EDePro engineering team with expertise in navigation, homing heads, mission computers with autopilot and guidance, aerodynamic actuators, and actuator controllers, our team has a proven track record of successfully supporting its customers by providing a comprehensive variety of highly effective, reliable and affordable missile hardware and software.

All hardware is processor-controlled and connected with the mission computer via the onboard computer network based on regular communication protocols (CAN bus, Ethernet, RS485, etc.). All subsystems are based on the missile’s aerodynamic characteristics, be it a cruising or ballistic type. As for third-party products, they can replace any hardware or software for which the hardware and software interface can be developed.

The navigation can be based on inertial, satellite and integrated inertial and satellite navigation, while the homing heads are based on IR or visible-light, cameras and video-processing hardware and software. The mission computer performs system management, missile stabilisation (autopilot) and guidance as per various guidance laws. Meanwhile, aerodynamic actuators and controllers are designed to meet the missile’s mission requirements.

As innovation has been EDePro’s hallmark since its earliest days, our UAV engineering team prides itself in its expertise in designing and developing conceptual solutions for any flying object, of any purpose and type, supported by aerodynamic-structural calculations in software packages.

Our design and production portfolio includes the design of metal composite structures, the design and production of tools made of MDF, technical laminates, Polyamide 6 (PA-6) or polyacetal (POM) by a three-axis CNC milling machine, as well as the fabrication of composite structures based on manufactured tools, preparation of parts and production via 3D printer.

We provide the development of hardware and software for UAVs, based on calculated aerodynamic characteristics and mission fulfilment requirements, paired with the necessary mechatronic systems and subsystems.

Our strategic commitment to combine state-of-the-art technology with our vast engineering know-how, as a result, delivers solutions that advance science and change the landscape of the defence industry.