Avior Levant is an end-to-end UAV and unmanned systems consultancy, delivering engineering documentation, research and development, certification support, and prototyping and procurement under a single, disciplined roof — so you can focus on your core business while we own the engineering, safety, and certification pathway.
Our expertise is in UAV development, consulting, and compliance services. We help client organisations manage the technical complexity and regulatory compliance required for legal, safe, and efficient operations, so they can focus on their core business.
We apply structured systems engineering practice — the same V-Model discipline used on certified civil and defence aircraft programs — to manage the technical complexity and regulatory compliance unmanned systems programs demand.
The case for disciplined systems engineering isn't abstract — it's measurable across the program lifecycle.
Total development-cost reduction shown by published model-based systems engineering (MBSE) benchmarking against conventional, document-centric approaches.
NASA's Systems Engineering Handbook: design typically consumes only ~15% of a program's total cost, yet commits roughly 75% of total life-cycle cost.
Independent systems-engineering value research finds an optimum SE investment around 15% of program cost, beyond which returns diminish.
Familiar with ARP 4754A and ARP 4761 guidelines for civil aircraft development and safety assessment.
Access to engineering talent and partner organisations to build out program ecosystems.
CASR Part 22, STANAG & MIL-STD frameworks, plus CASA RePL/ReOC requirements for Australian operations.
Multirotor, fixed-wing, VTOL, and custom airframe design, sourcing, and manufacture.
Every requirement is linked forward to a design element and a verification result, and every design decision links back to the requirement that drove it — a defensible, auditable evidence trail for regulators, customers, and internal design reviews.
Because requirements are validated and design is verified at every level of the V, not only at final flight test, errors are caught while they are still cheap to fix.
Structured hazard and safety assessment (FHA, PSSA, SSA) is embedded in the process from the concept stage, so failure conditions are identified and mitigated by design rather than discovered through incident.
Tell us the mission, the payload, and the regulatory environment — we'll map the fastest credible path from concept to certified flight.
