Custom UAV Platforms & Payload Integration

Start with the payload and mission

Tell us what the aircraft needs to carry, what the payload does and where the platform will operate. Payload mass, dimensions, power and data interfaces belong in the same brief as endurance, airframe and operator requirements. We discuss fixed-wing, multirotor and VTOL configurations against the intended application.

High-endurance UAV development

High endurance is a design objective to evaluate with the payload and operating conditions specified. Discuss propulsion, power, airframe and system integration as one engineering scope. Endurance, payload capacity and range are agreed design targets and require validation on the resulting configuration.

GPS-denied and interference-resilient applications

For GPS-denied navigation, describe where satellite positioning is unavailable and what the aircraft must do in that environment. For anti-jamming or communication resilience requirements, define the expected operating conditions and evaluation scope. We discuss sensing, onboard compute, navigation, RF and system interfaces at a platform level; suitability is established through project-specific engineering and testing.

Choose the right engagement

An engagement can begin with an architecture or feasibility review, continue as co-development with your team or cover an agreed concept-to-prototype delivery. Define the engineering boundary, technology transfer, integration responsibilities and acceptance criteria before development.

What to include in your enquiry

• Mission and operating environment
• Payload mass, dimensions, power and data interfaces
• Endurance objective and expected duty cycle
• Navigation availability, communication needs and operator workflow
• Existing platform, target milestone and intended countries of operation