What does custom UAV development cover?
A custom UAV project starts with the task the aircraft needs to perform. Payload, operating environment, endurance requirements, navigation and operator workflow influence the system configuration. Verniq's published approach covers aircraft design and integration through simulation, field validation and handover.
Our existing UAV platforms provide starting points for surveillance, survey mapping, agriculture and research discussions. A requirement outside the catalogue can be discussed through the custom UAV inquiry form.
What should you include in a UAV mission brief?
The inquiry form collects the information needed to begin scoping an aircraft. Describe the operational task and the environment before selecting a preferred configuration.
- Mission: the application, intended operating environment and operator workflow.
- Payload: the equipment to carry, its integration needs and the output you expect.
- Flight requirements: desired range and endurance, with the intended payload.
- Navigation: satellite positioning availability and any GPS-denied operating requirement.
- Programme: quantity, delivery expectations, budget range and existing equipment or interfaces.
If the aircraft type is not yet clear, select Custom / Advisory in the form. Configuration-specific capabilities and delivery scope need an engineering discussion.
Verniq's eight-stage engineering workflow
Mission requirements
Define the operational profile, payload, environment and relevant constraints.
Airframe design
Address aerodynamic modelling, structural analysis, CAD and the aircraft weight budget.
Avionics integration
Integrate the flight-control unit, propulsion electronics, sensors and datalink, including wiring and electromagnetic compatibility considerations.
Flight-control tuning
Configure control loops, autopilot parameters, fail-safes and mission limits.
Payload integration
Connect the payload's mechanical, electrical and software requirements to the aircraft system.
Simulation and HITL
Use software-in-the-loop and hardware-in-the-loop rehearsals to examine flight and autonomy behaviour.
Field validation
Progress from tethered checks to free flight and the intended mission profile within the validation scope.
Deployment and handover
Cover operator training, documentation and the agreed lifecycle support.
Payload, navigation and ground-control integration
The catalogue includes EO/IR sensing, survey imaging, LiDAR options, agricultural spraying and research sensing. Compatibility depends on the selected aircraft, payload and interfaces; discuss the required configuration with the engineering team.
Navigation also follows the mission. The surveillance UAV lists RTK GNSS with VIO fallback, while the mapping platform lists RTK/PPK workflows. Our GPS-denied UAV navigation page explains these reference points and their limitations.
Verniq's published ground-control workflow includes telemetry, mapping, mission rehearsal and post-flight replay. A project brief should identify the operator's existing software and the outputs needed from the aircraft.
Custom UAV development questions
Can an existing aircraft be adapted for a new payload?
Verniq assesses payload changes and avionics upgrades case by case. Share the existing configuration and the new requirement so compatibility can be reviewed.
What determines the development timeline?
Payload complexity, avionics integration and validation scope affect the programme. Describe your delivery requirements in the inquiry form so the team can discuss an appropriate schedule.
Is training part of the discussion?
The published handover approach includes operator documentation. On-site training, ground-control setup and field support can be discussed as contracted deliverables.