Safety-critical flight control and vehicle systems engineering for aerospace and defense
Hummingbird Aero LLC is a premium engineering solutions provider for the architecture, development, integration, and certification of commercial and military aircraft safety-critical systems and components. Specializing in the Advanced Air Mobility (eVTOL) and defense sectors, it delivers rigorous systems engineering, flight-critical software development, complex electronic design, and precision motion-control actuation. The practice optimizes compliance paths under standards like ARP4754, DO-178C Level A, and DO-254 to lower program risk and cost.
Brian BarkerPresident & CEO
Engineering solutions for the design, development, and integration of safety-critical motion-control components. The engineering team specializes in transitioning advanced vehicle concepts from initial layout to rigorous aerospace qualification.
Design and development of advanced electro-mechanical components and actuators for precise flight control.
Development of compact electro-hydrostatic power units and components for modernized actuation schemes.
Design of heavy-duty hydraulic actuation lines and fluid power cylinders for primary control surfaces.
End-to-end flight-critical architecture and systems management adhering to ARP4754 guidelines. Solutions incorporate model-based system environments to optimize reliability, maintainability, and safety analyses.
Deployment of Model-Based Systems Engineering (MBSE) methodologies to map system requirements and behavioral diagrams.
Exhaustive aircraft safety assessment processes including failure mode evaluations and hazard analysis.
Cockpit control and display interface layout optimization for pilot situational awareness and compliance.
Design and deployment of robust hydraulic and fuel components for high-performance aerospace applications. Engineering includes custom power systems capable of meeting defense and advanced flight demands.
Sizing and layout of high-pressure pumps and motor assemblies for heavy aerospace duties.
Design of plumbing, valves, control logic, and containment solutions for aircraft fueling systems.
High-fidelity simulation and analysis utilizing Model-Based Design principles. Capabilities encompass early-stage dynamic behavior modeling to accelerate compliance and software development.
Utilizing advanced toolsets to generate flight-control algorithms and system behavior code.
Custom test bench development and system-level validation environments. Testing setups ensure strict alignment with DO-160 and MIL-STD-810 environmental qualification standards.
Engineering of hardware-in-the-loop (HIL) simulators and qualification fixtures for flight systems.
Hardware engineering and component layout for safety-critical aviation controllers and power electronics. Projects are designed to meet demanding RTCA/DO-254 electronic hardware requirements.
Precision board layout and multi-layer circuit card assembly for critical flight control avionics.
HDL coding, verification, and hardware certification workflows conforming to DO-254 guidelines.
Embedded flight control software engineering following safety-critical methodologies. Development methodologies are optimized for RTCA/DO-178C Level A airworthiness standards.
Rigorous software coding, testing, and structural coverage analysis for critical air vehicle applications.
Aerospace · Aviation · Defense
Aerospace
Development and architecture of an advanced flight control system for next-generation electric vertical takeoff and landing (eVTOL) aircraft, ensuring a direct path to certification under safety-critical aerospace standards.
Defense
Engineering design, integration, and development of mission-critical propulsion and vehicle control architectures for military aircraft platforms.
Defense
Development of high-reliability fuel and hydraulic components tailored to meet rigorous performance requirements under tactical and extreme defense envelopes.
Aerospace
Design and manufacturing of specialized automated test equipment and testing setups used to execute qualification environments under DO-160 and MIL-STD-810.