13/30290592 DC

Comprehensive Aircraft & Space Engineering Standard

The 13/30290592 DC is a critical British Standard for the aircraft and space vehicle engineering industry. Developed by industry experts, this standard provides detailed technical specifications, guidelines, and best practices to ensure safety, compliance, and quality across all aspects of aircraft and space vehicle engineering.

Key Features & Benefits:

- Aligns with the latest prEN 6111:2010 standard, ensuring up-to-date industry compliance- Covers a wide range of engineering disciplines, including structural, mechanical, electrical, and avionics systems- Provides comprehensive guidelines for design, manufacturing, testing, and maintenance procedures- Promotes standardization and interoperability across the industry- Helps organizations mitigate risks, reduce costs, and improve overall efficiency

Detailed Technical Specifications

The 13/30290592 DC standard is structured into 9 main sections, each addressing a specific aspect of aircraft and space vehicle engineering:

1. General Requirements

- Definitions and terminology- Applicable standards and regulations- Quality management system requirements

2. Design and Development

- Design process and documentation- Structural analysis and verification- Failure modes and effects analysis (FMEA)

3. Materials and Processes

- Material selection and qualification- Manufacturing processes and controls- Non-destructive testing (NDT) methods

4. Structural Integrity

- Airframe and component design- Static and fatigue strength analysis- Damage tolerance and repair procedures

5. Mechanical Systems

- Hydraulic, pneumatic, and fuel systems- Landing gear and braking systems- Environmental control and life support

6. Electrical Systems

- Power generation and distribution- Avionics and flight control systems- Electromagnetic compatibility (EMC) requirements

7. Verification and Validation

- Ground and flight testing protocols- Instrumentation and data acquisition- Certification and qualification processes

8. Maintenance and Support

- Scheduled and unscheduled maintenance- Condition monitoring and diagnostics- Logistics and supply chain management

9. Safety and Airworthiness

- Hazard identification and risk assessment- Safety management system (SMS) requirements- Airworthiness certification and continued airworthinessBy adhering to the comprehensive technical specifications and guidelines outlined in the 13/30290592 DC standard, organizations in the aircraft and space vehicle engineering industry can ensure the safety, reliability, and quality of their products, while also maintaining compliance with the latest industry regulations and best practices.