Interior Upgrades

Ergonomic yokes with easy-to-use controls help pilots operate the aircraft and using high-quality materials and precise engineering ensures the yokes are durable and reliable. These features make the cockpit more user-friendly and visually appealing, enhancing the overall flight experience.

High-quality seat upholstery and well-designed armrests not only provide passenger comfort but also contribute to the overall impression of the aircraft's interior. They play a significant role in creating a welcoming and visually appealing cabin environment.

These specialized carpets are designed to meet the unique requirements of aviation, considering factors such as durability, flame resistance, weight, and ease of maintenance.

Sunvisors are typically made of durable materials with a non-reflective surface to effectively block sunlight and reduce eye strain. They are designed to be adjustable, allowing pilots and crew members to position them according to their specific needs, such as blocking the sun's rays from different angles or adjusting for varying cockpit configurations.

USB chargers in aircraft are typically installed in passenger seating areas, including the cabin seats or seatback pockets. They offer passengers the convenience of keeping their devices powered and charged throughout the flight, ensuring they stay connected and entertained.

The ECS consists of several subsystems working together to achieve optimal cabin conditions. These subsystems include the air conditioning system, heating system, ventilation system, and pressurization system. Each subsystem performs specific functions to create a controlled and comfortable cabin environment throughout the flight.

The Mixture Guard is typically installed in the cockpit or engine compartment and is connected to the aircraft's engine control system. Its primary function is to safeguard the engine by preventing the pilot from inadvertently operating with an excessively lean fuel mixture. A lean mixture can lead to engine overheating, reduced power output, and potential damage.

The installation process involves several key components. These include oxygen cylinders, regulators, masks, delivery systems, and associated plumbing and fittings. The oxygen cylinders, which store compressed oxygen, are securely mounted in designated areas of the aircraft. The regulators control the flow and pressure of the oxygen being delivered to the users. Masks, equipped with supply hoses, are strategically placed to provide quick and easy access for passengers and crew in case of an emergency.