Customers sourcing high-precision navigation systems depend on consistent reliability to support critical operations. Advanced Navigation addresses this requirement through a manufacturing and supply chain quality management approach designed to ensure that every unit meets strict performance and validation standards.
Maintaining dependable quality across design, validation, production, and supply chain activities remains a central challenge in the industry. Variability in manufacturing can lead to inconsistent performance, delayed deliveries, and increased return rates, all of which introduce risk to complex programs. Advanced Navigation mitigates these risks by embedding a comprehensive Quality Management System that emphasizes verification, traceability, and controlled processes at every stage of production.
Integrated Design Authority and Modular Construction
A defining element of Advanced Navigation’s approach is its retention of full design authority over system architecture and key components. This ensures continuity of technical knowledge, with core engineering teams remaining engaged throughout the entire product lifecycle. As a result, technical issues can be identified and resolved internally, supporting long-term system reliability.
Manufacturing is structured around a controlled modular methodology. Instead of assembling complex systems entirely at the final stage, individual components are integrated into sub-assemblies that undergo bench-level validation prior to final integration. Each module is tested and certified before progressing, reducing variability during final assembly.
This modular structure supports repeatable build quality while improving production efficiency. Pre-validated assemblies streamline final integration, allowing for consistent output without compromising performance requirements.
Process Controls to Reduce Human Error
Precision manufacturing environments remain susceptible to human error, particularly during assembly. Advanced Navigation addresses this through structured training and technician qualification processes. Personnel are only assigned to specific builds after completing targeted training and receiving formal approval for that task.
Training programs are delivered internally by subject matter experts and focus on specialized assembly techniques. This ensures that technicians maintain the required level of expertise for high-precision manufacturing.
To further maintain consistency, a formal Process Change Request system governs all modifications to design, assembly, or production methods. This system records each change, updates work instructions, and initiates retraining where necessary. It also manages the controlled introduction and retirement of components, preventing unapproved deviations from established procedures.
End-to-End Traceability and Validation
Traceability is embedded throughout the manufacturing process. Each unit is assigned a unique serial number, enabling full visibility into its production history, including component batches and assembly details. If a supplier identifies an issue with a material, affected units can be quickly isolated, reducing risk to end-users.
Validation processes extend to every finished product. For instance, each Fiber Optic Gyroscope undergoes a detailed validation cycle that evaluates performance characteristics such as bias, movement behavior, spurious signals, and access-related faults. Only units that successfully complete this process are approved for delivery.
Continuous Improvement Through Structured Oversight
Advanced Navigation operates under ISO9001 certification, using its framework to support ongoing improvements across operations. Teams are encouraged to identify inefficiencies, address root causes, and implement corrective actions to prevent recurrence.
Internal auditing forms a key part of this process. Regular reviews are conducted across all operational areas, including training documentation, manufacturing procedures, and final packaging. These audits are supported by detailed production quality checklists that reinforce consistency across the organization.
Delivering Reliable Outcomes for Mission-Critical Applications
For applications where navigation performance is essential, consistent product quality is critical. Advanced Navigation combines internal engineering expertise, controlled manufacturing practices, validated modular assemblies, and a structured Quality Management System to reduce variability and improve reliability.
This approach results in navigation systems that demonstrate verified performance and lower return rates. End-users benefit from dependable operation, reduced downtime, and confidence that systems will perform as required in demanding environments.
Read Advanced Navigation’s article, How Advanced Navigation’s Manufacturing Ensures Consistent Product Quality, for more information.
