Advanced UAV Research, Engineered for Defense and Civil.

Rural, remote, and border regions across Canada are difficult to monitor with traditional methods. Long distances, limited infrastructure, sensitive wildlife areas, and the need for rapid response create major operational challenges. These environments require aerial systems that can cover more ground, operate quietly, reduce environmental impact, and support missions such as natural resource monitoring, border patrol, surveillance, and emergency response.

Weighing just under 50 kg, this hydrogen-powered hexacopter is designed for extended flight times, minimal noise, and zero-emission performance. Its long range supports continuous monitoring of natural resources, environmental conditions, and remote border areas, while quiet operation makes it suitable for wildlife observation and surveillance missions. With rapid deployment and AI-enabled capabilities, it can provide immediate aerial support when critical situations demand fast visibility from above.

The increasing use of unmanned aerial systems in reconnaissance and strike roles has created sustained demand for low-cost, modular, and reliable interception solutions. Operators need systems that combine rapid deployment, operational flexibility, and high reusability — while remaining affordable enough to be used at the scale modern operations require.

The Bird of Prey (BOP) is a Class I, Small UAV interceptor — attritable by design, currently in advanced stages of field testing. The platform combines a proprietary aerodynamic airframe with a modular payload bay and reconfigurable electronics suite, allowing rapid setup for both kinetic and non-kinetic missions including RF countermeasures and surveillance.