Drone & UAV
Development Services

Custom drone engineering or an existing platform?

An existing aircraft may suit a task with a standard payload and established operating workflow. Custom engineering becomes relevant when the payload, power budget, mechanical envelope, onboard processing or system interfaces cannot be accommodated by the available configuration. Start with the task and constraints so the first review can identify whether a complete platform or a smaller integration engagement is appropriate.

Our custom UAV platform page covers configuration enquiries. This service covers the engineering work needed to define, develop and integrate that configuration. For a specific board or firmware issue, see PX4 and ArduPilot development.

From requirements to an integrated prototype

Requirements and feasibility. Define mission, payload, environment and acceptance criteria. Identify existing hardware and software, unresolved assumptions, and who is responsible for operational approvals. The output of this stage is an agreed engineering boundary and a list of decisions that need evidence.

Architecture and interfaces. Bring airframe, propulsion, avionics, sensors, payload and communication interfaces into a shared design. Capture mass, power, mounting and data dependencies before committing to individual subsystems.

Development and integration. Depending on scope, work can include mechanical design, custom electronics, firmware, device drivers and operator software. Agree prototype quantities, access to hardware, review milestones and integration responsibilities before implementation.

Evaluation and handover. Define the test configuration and acceptance records required for each milestone. Agree design files, source code, build instructions, interface documentation, known limitations and ongoing support as part of the engagement.

High endurance and navigation requirements

High endurance, GPS-denied navigation and interference resilience need requirements tied to a specific vehicle and environment. Payload, power, sensing and communication choices affect what can be evaluated. Describe the operating conditions and the evidence needed for acceptance; a capability demonstrated on one configuration is not a performance guarantee for another.

Review autonomy and computer vision engineering and RF radio and antenna design when defining these work packages. We discuss the system integration scope and evaluation plan before promising an outcome.

Relevant engineering experience

The UAV portfolio records aerial-platform work, including the VamaSky Light contribution described as heavy-drone tuning and development. The firmware portfolio covers board integration and device drivers, while the avionics portfolio shows control and power-electronics work. These examples help identify relevant experience; project-specific evidence and responsibilities should be reviewed for your engagement.

What determines the quotation and schedule?

The starting design, missing subsystems, prototype hardware, software access, test environment and handover requirements determine the work. An integration review, a firmware change and a new aircraft prototype have different scopes. We establish the work packages and dependencies from your brief rather than publishing a single development price or delivery time.

Use the UAV project brief and editable checklist to share the mission, payload, current platform and next milestone. Include your intended country of operation and identify which parts your team will supply.