uav engineering consulting
Bespoke engineering support to elevate your UAV platforms.
We provide specialised engineering consultancy to global commercial and industrial UAV sectors - from early-stage aerospace start-ups to established industrial manufacturers - helping them overcome complex technical bottlenecks, accelerate development, and validate system performance.
Who we help
We provide targeted engineering support from concept through to production, adapting our approach to fit your organisational maturity.
As your fractional engineering team
We act as your complete R&D department. We handle the complex mathematics, physical modelling, and initial prototyping, allowing you to launch sophisticated products rapidly while building your manufacturing infrastructure.
Elevating Existing Engineering Departments
We inject niche expertise alongside your internal department. We bring specialised knowledge in structural dynamics, resonance, aerothermal simulation, and flight stacks to resolve technical bottlenecks without permanent headcount overhead.
Our core capabilities
Three engineering streams.
Design review & simulation
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Rigorous evaluation of existing hardware to identify structural strengths and performance gains:
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Resonance Analysis: Computational modelling of geometry and materials to eliminate performance-degrading vibrations.
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Propulsion Simulation: Advanced modelling of motor and propeller pairings to optimise thrust, torque, and thermal efficiency before manufacturing.
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Refinement Reporting: Clear, actionable recommendations to improve platform durability and performance.
Bespoke hardware & system design
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Custom components and complete aircraft architectures tailored to your exact payload and operational parameters:
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Frames and Motors: Ground-up design of custom frames and BLDC motors engineered for unique industrial applications.
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Product Line Development: Complete engineering packages that allow component manufacturers to establish proprietary hardware lines rapidly.
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Concept to Production: Full-lifecycle platform development, managing the transition from early sketches to validation manufacturing.
Flight control, code & tuning
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Complete software optimisation across major flight stacks, with a primary focus on ArduPilot, Betaflight, and PX4 systems:
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Remote Log Analysis: Deep-dive diagnostics of flight data logs to resolve instability, gyro noise, and tracking errors.
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Bespoke Software Development: Custom code and control algorithms in ArduPilot and PX4 for non-standard use cases.
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Field Tuning: On-site engineering support for complex, heavy-lift, or high-value aircraft deployments to guarantee optimal flight performance.
Selected work
Engineering outcomes for commercial clients
Flight Control Tuning
Multi-Platform Flight Control Stack Tuning and Troubleshooting
AOS RC provided remote diagnostic log analysis and on-site field tuning to resolve stability, control, and vibration issues across three distinct commercial drone platforms. We optimised the flight control stacks to improve operational safety and pilot handling precision.
Concept to Production
Rapid Concept to Production of an Indoor Emergency Services UAV
AOS RC managed the full-lifecycle engineering development of a specialised indoor search and rescue UAV for proximity operations in hazardous structural environments. Moving from initial requirements capture to an integrated, small-batch manufactured product within five months, the project delivered a robust, cost-effective platform for first responders.
Custom Motor Design
Custom Motor Designs and Manufacturing Support
AOS RC supported an enterprise UAV company with the custom design, electromagnetic optimisation, and early-stage manufacturing of four distinct electric motor profiles. We acted as the technical bridge between the client and specialised production facilities to deliver tailored motors for the client's application.
Structural Analysis & Redesign
Structural Analysis and Redesign of an Injection-Moulded Drone Frame
AOS RC provided structural analysis and engineering redesign services for a novel injection-moulded polymer drone frame. We helped the client transition the platform from an early proof of concept to a production-ready commercial architecture.
Flexible Engagement Models
Every commercial project carries unique constraints, timelines, and security considerations. We tailor our collaboration to fit your operational structure:
Ad-hoc diagnostic consultancy
Targeted engineering hours to solve specific, isolated problems, such as a single design review or complex log analysis.
Embedded engineering partnerships
Long-term, multi-month, or multi-year contracts where AOS RC acts as your fractional research and development department, driving product development forward while you scale your internal operations.