Engineering Experience & Innovation

AeroMir Systems Inc. is built on a strong foundation of hands-on aerospace engineering, research, and real-world UAV development. The company’s expertise is rooted in years of practical experience in designing, manufacturing, and deploying advanced aerial systems across both academic and professional environments.

Early Development

AeroMir Systems began with hands-on UAV development, focusing on helicopter (VTOL) systems and fixed-wing RC aircraft. These projects built a strong foundation in aerodynamics, flight control, and real-world testing.

Engineering Advancement

Development progressed to advanced fixed-wing UAVs with optimized aerodynamics and autonomous flight systems for mapping, surveying, and remote sensing applications.

Real-World Applications

AeroMir expanded into practical aerospace innovation, including UAV manufacturing tools, a full-scale STOL aircraft, and professional GIS and aerial mapping projects for urban and infrastructure development.

Helicopter UAV systems

In its early stages, multiple unmanned aerial platforms were designed and developed, including both fixed-wing aircraft and rotorcraft UAVs. Initial work focused on helicopter UAV systems with vertical takeoff and landing (VTOL) capabilities, optimized for operation in dense urban environments.

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RC fixed-wing UAV

This was followed by the design and fabrication of several RC fixed-wing aircraft, with an emphasis on aerodynamic efficiency, flight stability, and optimized lift-to-drag performance. These systems incorporated autopilot technologies and were validated through extensive flight testing.

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Propeller duplication machine

Beyond UAV development, AeroMir has contributed to aerospace manufacturing and tooling, including the design and construction of a custom propeller duplication machine capable of precisely replicating wooden aircraft propellers. This innovation improved production efficiency and enabled in-house manufacturing capabilities.

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Two-seat STOL aircraft

Expanding into full-scale aviation, a two-seat STOL (Short Take-Off and Landing) aircraft was also designed and manufactured. This all-aluminum, high-wing aircraft was engineered for short-field operations, incorporating advanced control surfaces and optimized aerodynamics for improved low-speed performance in rugged environments.

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Environmental monitoring UAV

Following advanced studies in Aerospace Engineering, development efforts progressed toward high-performance fixed-wing UAVs designed for complex missions. This included full-cycle development—from conceptual design and computational modeling to fabrication and real-world deployment. These aircraft featured lightweight structures, enhanced aerodynamic configurations, and autonomous flight capabilities, supporting applications such as remote sensing, environmental monitoring, and surveying.

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Aerial mapping UAV

In parallel with technical development, AeroMir has led initiatives in aerial mapping, GIS, and photogrammetry services. The company has successfully delivered large-scale geospatial projects, including cadastral mapping and aerial surveying for multiple cities, supporting urban planning and infrastructure development.

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Next-generation UAV

Today, AeroMir Systems Inc. integrates this multidisciplinary expertise to develop next-generation UAV solutions, combining advanced aerodynamics, autonomous systems, and geospatial intelligence to address modern aerial challenges.

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Our Vision

To advance the future of aerial systems by developing intelligent, efficient, and autonomous UAV technologies that transform how the world collects, analyzes, and uses aerial data. We aim to make advanced aerospace and geospatial capabilities accessible, practical, and impactful across industries and real-world applications.

Our Mission

Our mission is to design, develop, and deploy innovative unmanned aerial systems that combine aerodynamics, autonomy, and geospatial intelligence. We are committed to delivering high-performance UAV platforms and mapping solutions through continuous research, engineering excellence, and real-world testing.
We strive to bridge the gap between aerospace innovation and practical applications in surveying, mapping, environmental monitoring, and infrastructure development.

Our power lies in our experience, built through years of hands-on aerospace and UAV development.

Contact Us

ADDRESS:

2420 Benny Crescent, Montréal, QC H4B 2P8

EMAIL:

[email protected]