Narrow Body Hangar
Vector Technorium designs narrow body hangar for effective maintenance, repair, and overhaul (MRO) activities of Narrow Body aircraft. This hangar features a versatile layout, advanced safety mechanisms, and expedited installation capabilities, allowing quick aircraft servicing. It meets all safety regulations and enhances operational efficiency, proving a crucial asset for aviation services.
Narrow Body Hangar
Vector Technorium designs narrow body hangar for effective maintenance, repair, and overhaul (MRO) activities of Narrow Body aircraft. This hangar features a versatile layout, advanced safety mechanisms, and expedited installation capabilities, allowing quick aircraft servicing. It meets all safety regulations and enhances operational efficiency, proving a crucial asset for aviation services.
Our Narrow Body Hangar Solutions
Modular Design
Modular designs in narrow body hangars enable operators to adjust the hangar size in response to fluctuating operational needs, accommodating various aircraft types with ease. Pre-fabricated components significantly shorten construction time, allowing airlines and maintenance organisations to adapt to market demands quickly. This capability ensures that facilities can progress in tandem with the aviation sector, improving efficiency and lowering capital costs over time.
Benefits
- Modular design enables faster installation
- Customization is available for all narrow-body aircraft families
- Configurations support both nose-in and tail-in aircraft entry
- Options include single bay, multi-bay, and large clear-span hangars
Advanced Lighting Systems
Narrow body hangars are fitted with advanced LED lighting systems that ensure bright and consistent illumination across the entire workspace. This capability is crucial for upholding safety and accuracy during maintenance activities, as it enables technicians to observe their tasks at any hour. The lighting is low smoke and compliant with ATEX standards, ensuring safety in potentially dangerous areas. Furthermore, the lux level at the worksite is optimized to improve visibility. Improved visibility reduces the likelihood of accidents and mistakes, allowing personnel to execute their responsibilities with greater efficiency and effectiveness, thereby enhancing overall productivity and operational performance.
Benefits
- Improved visibility increases safety
- Energy-efficient lighting reduces costs
- Enhanced working conditions for technicians
- Minimised risk of errors during maintenance
Climate Control Systems
Climate control systems in narrow body hangars play a vital role in sustaining ideal temperature and humidity conditions, which are critical for protecting delicate aircraft components. Advanced HVAC technology is employed by these systems to ensure a stable environment, which helps to prevent moisture accumulation and temperature changes. They also focus on human comfort, adhering to EASA and FAA CAR 145 regulations. By establishing a regulated atmosphere, these systems not only extend the lifespan of aircraft parts but also enhance the efficiency of maintenance activities, ultimately preserving the investment in both the aircraft and the hangar infrastructure.
Benefits
- Protects aircraft components from corrosion
- Ensures a comfortable working environment
- Reduces maintenance-related delays
- Reduces costs through minimal labour and time
Fire Fighting System
Safety features, including fire suppression systems and emergency exits, play a crucial role in the design of narrow body hangars. Fire suppression systems are engineered to quickly identify and manage fires, following the firefighting system standards outlined in NFPA guidelines. These systems are thoughtfully constructed to meet aviation safety regulations, guaranteeing a safe environment for personnel and aircraft. Fire suppression systems are designed to swiftly detect and control fires, while strategically located emergency exits allow for safe evacuation during emergencies. This proactive strategy protects lives and mitigates potential damage to valuable aircraft and equipment.
Benefits
- Protects personnel from fire hazards
- Ensures compliance with aviation regulations
- Facilitates safe evacuation procedures
- Enhances overall operational safety standards
Flexible Interior Space
Narrow body hangars feature flexible interior configurations that can be tailored for a variety of maintenance functions and storage setups. This adaptability allows operators to optimize their space according to distinct operational requirements, thus improving both efficiency and functionality. The modular design frequently includes adjustable workspaces and transportable equipment, making it simpler to cater to various aircraft types and maintenance tasks.
Benefits
- Optimizes space for varying operational needs
- Enhances efficiency in maintenance activities
- Facilitates quick reconfiguration for different aircraft
- Reduces downtime by streamlining operations
