Flight Controls Engineering
Our FCE (Flight Controls Engineering) approach provide a structured, evidence-centric approach to designing, validating, and verifying flight-critical control-law systems. We help aerospace teams transform complex control problems into defensible decisions, robust models, and certification-ready engineering processes that reduce risk and accelerate program delivery.
Why use FCE?
Modern flight control systems (FCS) are among the most complex engineering problems in aerospace, combining dynamics, software logic, multi-disciplinary interactions, and certification compliance. Many organisations struggle with:
❌ Late discovery of margins or stability gaps during verification
❌ Fragmented tool chains between modelling, simulation, and review
❌ Inconsistent evidence streams that frustrate certification authorities
❌ Extended program schedules due to rework and unclear workflows
Our FCE approach addresses these by providing a clear, structured path from problem definition → simulation-backed validation → robust verification artifacts that withstand scrutiny from internal stakeholders, test teams, and certification authorities.

Flight controls modelling
Build accurate, robust models of flight control laws, guidance logic, and plant interactions using model-based tools such as MATLAB/Simulink and complementary system modeling principles.
This phase improves your visibility into system behavior and reduces late surprises in design and verification.
Confident validation
Validate your models and control logic with stakeholders, simulation results, and real-world criteria. We trace model results directly to key decision points
Instead of guesswork, you get confidence grounded in evidence, which directly supports decisions and strengthens your engineering case.
Evidence-Driven Verification
Implement a structured FCL verification strategy that produces clear artifacts, repeatable processes, and traceable evidence for internal review and certification purposes.
Our phased and traceable approach ensures you build verification confidence, not just verification outputs.
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