Unmanned Canada helps organizations evaluate, select and implement professional unmanned systems. That can include a portable aircraft, a specialized sensor workflow, a mapping program, a cargo platform, an underwater system or a remotely managed operating model.
Engagements can begin during early research, active procurement, system implementation or the expansion of an existing unmanned program.
We translate an operational need into a practical platform, payload, software and accessory pathway.
We help define how missions will be planned, how information will be collected and how the final output will be produced.
Equipment becomes useful when operators understand the system, the workflow and the limitations of the resulting data.
We help customers refine their capability as missions, teams, regulations, software and available technology evolve.
The project may involve one aircraft or a much broader system, but the core decision process remains structured and clear.
Establish what must be mapped, measured, inspected, monitored, detected, delivered or documented.
Identify the aircraft, sensor, software, accessories, people and procedures required to produce the result.
Confirm that the proposed workflow matches the location, accuracy, weather, regulations and internal capacity.
Organize procurement, configuration, training, implementation and the support required after delivery.
Bring the operational problem, the environment and the desired result. The system can be worked out from there.
A professional system must connect the hardware to the people, procedures and information required to create a useful result.
Product specifications are important, but specifications alone do not determine whether a system will work for an organization.
The aircraft must carry the appropriate sensor, operate within the site conditions and collect information in a form that can be processed into the required deliverable.
Operators must also understand the workflow, the limitations and the steps required to maintain consistent results over time.
Flight performance, environment, payload capacity, portability and operational model.
RGB, thermal, LiDAR, multispectral, gas detection, geophysical sensing or another specialized payload.
Mission planning, processing, modelling, fleet management, reporting and information sharing.
Training, field process, quality control, documentation, maintenance and internal responsibility.
Our work is organized around use cases and deliverables rather than a single product category.
Visual, zoom and thermal workflows for documentation, assessment, situational awareness and asset review.
Orthomosaics, point clouds, terrain models, three-dimensional records and other geospatial deliverables.
Payload integration and data workflows for gas, magnetic, subsurface, environmental and other specialized measurements.
Dock-based systems, scheduled missions, centralized fleet oversight and recurring monitoring programs.
Payload, route, receiving-zone and operational planning for aerial logistics in difficult environments.
Remotely operated vehicles, sonar, inspection tools and underwater imaging for submerged environments.
