British Standard 19/30395270 DC: A Comprehensive Guide

The British Standard 19/30395270 DC is an essential document for professionals engaged in the field of aircraft and space vehicle engineering. Launched on April 24, 2019, this standard is crucial for ensuring that engineering practices meet safety and quality benchmarks necessary for the aviation and aerospace industries.

Overview

This standard outlines key technical specifications and requirements that stakeholders in the aerospace sector must follow. It addresses engineering methodologies and procedural aspects in the development and maintenance of aircraft and space vehicles, subsequently promoting reliability and safety.

Importance of Compliance

Compliance with British Standard 19/30395270 DC is vital for organizations involved in the design, manufacture, and maintenance of aerospace products. Adopting these standards not only enhances operational efficiency but also bolsters the safety mechanisms in place, thereby reducing the risk of failures.

Key Features

• Technical Specifications: This document provides detailed criteria for various engineering practices in the aerospace sector.
• Identical to prEN 4627 rev: With an emphasis on alignment with European standards, this British Standard supports organizations aiming for international compliance.
• Accessibility: Available in both PDF and hardcopy formats, making it easy for professionals to reference and implement the required guidelines.
• Affordable Pricing: At a price of £20.00, this standard offers professionals an accessible resource to enhance their engineering practices.

Who Should Use This Standard?

This document is intended for a variety of professionals including:

• Aircraft and space vehicle engineers
• Quality assurance teams in aerospace companies
• Regulatory bodies overseeing aviation safety
• Educational institutions specializing in aerospace engineering

Conclusion

British Standard 19/30395270 DC serves as a fundamental guide for aerospace professionals seeking to enhance their engineering practices through adherence to established safety and quality protocols. By integrating this standard, organizations can strive for excellence in aerospace engineering and ensure the ongoing welfare of the industry.