BS EN 2840:2013

Comprehensive Aircraft and Space Vehicle Engineering Standard

BS EN 2840:2013 is the essential British Standard for the engineering of aircraft and space vehicles. Developed by industry experts, this comprehensive technical specification covers a wide range of critical design, manufacturing, and testing requirements to ensure the safety and performance of these complex aerospace systems.

Key Features and Benefits:

• Ensures compliance with the latest industry regulations and best practices
• Provides detailed technical requirements for materials, structures, systems, and subsystems
• Covers a broad scope, including airframes, propulsion, avionics, and more
• Supports the development of safe, reliable, and high-performing aircraft and space vehicles
• Helps manufacturers, designers, and engineers mitigate risks and optimize design decisions
• Facilitates international trade and collaboration through harmonized standards

Comprehensive Technical Specifications

BS EN 2840:2013 provides a detailed set of technical requirements and guidelines for the engineering of aircraft and space vehicles. The standard covers a wide range of critical areas, including:

Airframe Design and Construction

• Structural design and analysis
• Materials and manufacturing processes
• Fatigue and damage tolerance
• Corrosion protection and control

Propulsion Systems

• Engine design and integration
• Fuel systems and management
• Thrust and power requirements
• Emissions and environmental impact

Avionics and Systems

• Electrical and electronic systems
• Flight control and navigation
• Instrumentation and displays
• Environmental control and life support

Ensure Compliance and Safety

Compliance with BS EN 2840:2013 is essential for the design, manufacture, and operation of safe and reliable aircraft and space vehicles. By adhering to this comprehensive standard, organizations can:

• Demonstrate conformity with the latest industry regulations and best practices
• Mitigate risks and liabilities associated with product failures or accidents
• Enhance the performance, efficiency, and sustainability of their aerospace systems
• Facilitate international trade and collaboration through harmonized standards
• Protect the safety and well-being of passengers, crew, and the general public

Invest in the future of aerospace engineering with BS EN 2840:2013 - the essential technical standard for aircraft and space vehicle design and manufacturing.