Requirements and design
A defined customer application, payload requirements, cost target and verification plan before design freeze.
URNAVIO AERIAL SYSTEMS & ENGINEERING
Development and local manufacturing
URNAVIO’s development pathway from mission requirements and prototyping to verification and local assembly.
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From mission requirements to pilot production
Our manufacturing pathway starts with product requirements and design, followed by prototyping and verification toward demand-led pilot production. Resources, cost and quality criteria are defined for each stage before progressing.
Prototype
Documented configuration, bill of materials and repeatable bench and integration tests.
Field validation
Test records against agreed performance and safety criteria, with required permissions.
Limited production
Pilot production follows prototype verification and demonstrated customer demand. Assembly, inspection and technical support are documented.
Discuss manufacturing requirementsEngineering and integrationengineering@urnavio.com
Industrial partnership opportunities
Discuss components, test facilities, field trials and local assembly within a defined project.
Delivery and data arrangements
Before work starts, agree responsibilities, permissions, data ownership, access, transfer method, retention and deletion, file formats, and any training or maintenance required. The quotation defines costs, exclusions and scope-change arrangements.
Climate and circular economy
Repair, reuse, and responsible recycling
Our approach starts with keeping equipment in service where it is safe and practical. We also scope aerial inspections that help solar asset owners identify where maintenance teams should focus their checks.
Repair before replacement
Assess faults first. Where repair is viable, agree the work, document the parts used, and verify performance against the agreed checks before handover.
Reuse and refurbish
Consider suitable payloads, sensors, and other serviceable components for reuse or refurbishment. Record their condition and check compatibility before they return to service.
Responsible end-of-life handling
Plan a documented handover for batteries and electronics that have reached end of life. Confirm a qualified collection or recycling route before offering take-back on a project.
Climate action and the SDGs
Proposed solar PV inspections support maintenance of renewable-energy assets (SDG 7). Local repair and integration build engineering capability (SDG 9). Repair, reuse, and responsible recycling support resource efficiency (SDG 12). For climate projects (SDG 13), we would report emissions effects only against a documented baseline and measured activity.
Project measures can include equipment returned to service, components reused, batteries or electronics transferred to a qualified provider, and solar inspection findings verified by the site team.