Starting a New Program
You have a use case but need a defensible path from initial concept to operational capability.
Enterprise Sales & Technical Support Across CanadaFast product access · Configuration · Training · After-sales support
Unmanned Canada helps organizations turn a drone use case into a practical operating program—aligning the mission, regulatory pathway, aircraft, payloads, software, people, procedures and lifecycle support around a measurable outcome.
A focused engagement helps when the mission crosses multiple technical, regulatory or organizational boundaries and the cost of choosing the wrong workflow is higher than the cost of planning it properly.
You have a use case but need a defensible path from initial concept to operational capability.
You need requirements, system fit and total program costs defined before a quotation or tender.
A successful trial now needs repeatable procedures, trained roles, governance and measurable performance.
Your organization is adding sites, aircraft, docks, users, BVLOS workflows or system integrations.
Each pillar is designed together so the recommended hardware can actually produce the intended result within the organization’s operating environment.
Define the current process, operating problem, users, success measures, frequency and expected return.
Map the intended operation to the current Canadian framework, airspace, aircraft requirements and approval path.
Specify the complete technical stack around range, payload, accuracy, environment and deliverable.
Identify who plans, flies, supervises, maintains, processes, approves and owns the program.
Turn individual knowledge into a documented, repeatable and reviewable way of operating.
Plan the pilot, acceptance, maintenance, replacement, performance review and expansion pathway.
Select the stage closest to your organization. The result identifies the decisions that normally create the strongest next step.
Clarify the operational problem, compare the current process, define the deliverable and identify major constraints before selecting equipment.
Translate the mission into a complete system specification that includes hardware, software, field support, training and lifecycle assumptions.
Control the trial with defined roles, procedures, training, datasets, success criteria and a formal review at the end.
Standardize the program across users and locations while addressing fleet management, integrations, recurring training and operational assurance.
The scope can be compact or comprehensive, but every engagement should finish with a clear decision, accountable owner and next action.
Interview stakeholders, document the current process and define the mission, constraints and intended outcome.
Develop the operating concept, regulatory path, system architecture, roles, procedures and implementation scope.
Validate assumptions with demonstrations, test missions or a controlled deployment against agreed success criteria.
Deliver configured equipment, training, documentation, acceptance and the support structure needed for launch.
Review performance, standardize what worked and plan additional sites, teams, systems or automated workflows.
Deliverables are selected to match the decision in front of the organization. Not every engagement requires every document.
Mission, users, constraints, success measures, assumptions and recommended next step.
Current-state costs, benefit assumptions, implementation costs, risks and decision criteria.
Aircraft, payload, software, communications, field equipment and data-flow design.
Mandatory and preferred requirements for quotation, evaluation, tender or internal approval.
Program structure, checklists, SOP framework, record controls and readiness criteria.
Phased actions, owners, dependencies, training, pilot milestones and scale decisions.
Canada’s expanded RPAS framework now includes Basic, Advanced and Level 1 Complex operations, with SFOC pathways remaining for operations outside the available categories. The program plan should identify the correct pathway before equipment, training and procedures are finalized.
Classify the intended mission by aircraft size, visual-line-of-sight condition, airspace, proximity and operating environment.
Identify the required pilot certificate, recency, crew roles and whether an RPAS Operator Certificate applies.
Confirm registration, safety-assurance declarations and technical capabilities for the proposed operation.
Plan airspace authorization, SFOC screening, site surveys, procedures, maintenance and required operational records.
Regulatory information on this page is general planning information and is not legal advice or an operating authorization. Requirements must be confirmed for the specific operation.
Program consulting connects directly to the technical and operational work needed to implement the recommendation.
Configure the aircraft, payload, software, communications and data workflow around the requirement.
Explore system design → TEAM ENABLEMENTPrepare pilots, supervisors and technical users for the platform and operational workflow.
Explore training → PLATFORMSReview mission-ready aircraft, payloads, docks and software supported across Canada.
Explore enterprise drones → LIFECYCLEConnect consulting with demonstrations, rentals, data collection, maintenance and support.
Explore all services →Common questions before beginning a structured review.
No. The strongest starting point is the mission, operating environment and required result. Platform selection follows after the operational and regulatory requirements are understood.
Yes. An existing-program review can examine system fit, procedures, training, records, fleet condition, data workflow, regulatory alignment and opportunities to standardize or scale.
No. The scope can range from a focused discovery and system-selection review to a multi-site implementation roadmap. The engagement should match the complexity and consequence of the decision.
Yes. The program requirements can be translated into a performance-based specification, comparison matrix, bill of materials, training scope and support requirements suitable for internal procurement or tender planning.
Yes. Program planning can screen the intended operation against the current Canadian categories, pilot and operator requirements, aircraft declarations, airspace permissions and potential SFOC considerations. Final authority remains with Transport Canada and the accountable operator.
Yes. A demonstration or controlled pilot can be built into the process when field evidence is needed to validate sensor performance, workflow fit, staffing, data quality or the business case.
Describe the task, current method, location or environment, frequency, expected output, users, project timing and any equipment already available. Unknown details can be resolved during discovery.
A complete specification is not required. Share the mission, current stage and intended outcome, and we will identify the most useful next conversation.
Connect the mission, platform, people and operating pathway before committing budget.
